D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\Science\bcu

---- D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\Science\bcu_science.txt rev tlyeh 98c31 99113 331 405 419 519 605 803 a04 11:44 ;

Tatiana2 BCU data on the Web server of NCU-ME-OME-MVMC lab http://mvmc.me.ncu.edu.tw/nspotr/science/bcu_science.htm
(In case, the local DNS is not functioning, use this IP to access the web page http://140.115.66.87/nspotr/science/bcu_science.htm )
(Tatiana2 Tatyana2 Universitetski2 Russian Code RS38-UT2 應是 NORAD 35865, International launch code 2009-049A)

#nspotr: 太空科學所 ISS + 機械系 NCUME 光機電工程所 OME :
科學實驗教育微衛星 ESEMS 中央大學 NCU 太空氣象衛星儀器酬載 BCU - 南北極區電漿與磁場量測儀器 AMEI: 計畫里程碑
Educational Scientific Experiments Micro Satellite - Aurora Electron and Magnetic Field Instruments: Milestones

98c31 我們在衛星酬載儀器設備工程的技術練功歷程 - 電控系統整合設計實作 nspolab98827rep.pdf

中大太空科學與光機電工程團隊合作: 探空及衛星科學酬載自主自製
NCU-ME-OME-MVMC Payload Engineering Team: Technologies & Achievements 中大機械機器視覺與運動控制 MVMC 衛星與酬載工程團隊 - 機電控制系統設計實作技術能量與計畫實績http://mvmc.me.ncu.edu.tw/main/results/mvmc-0IntroductionNCU-PayloadEngineeringTeam100531sbj.pdf
科學實驗教育微衛星 ESEMS - 太空氣象極區電磁儀器 AMEI
中央大學酬載 BCU "Block of NCU" on Tatyana Universitetsky 2
2006-2008台俄微衛星合作計畫(95-NSPO(B)-SE-FA07-02) 台俄微衛星太空氣象科學儀器之研製與應用;
2009後續(97-NSPO(B)-SE-FA07-02); 2010 ? 後續 ?
Status Report - 現況報告 nspotr98b24rep rev 99412
Current Data Interpretation - 現有數據的分析工作 rev 99412
"因為我們設法自己能夠測試所以我們才能知道該怎麼做才對"
"Since we spend efforts to setup Integration and Test Facilities, so that we can learn how to do is proper."
微衛星與科學酬載設計中心 - 整測廠籌建計畫 98c28報告 98827報告；儀器設備規格 Spec of Micro Satellite and Scientific Payload Design and Test Center Equipments

計畫團隊:

科學家團隊 - 中央太空科學所: 葉惠卿 (總主持人)、劉正彥、劉智旻、狄米奇 D'mitriev, Alexei Vladimirovitch

acknowledgement: 小山孝一郎 Oyama, Ko-Ichiro (顧問)

工程師團隊 - 中央光機電工程所 & 機械系: 江士標、葉則亮、許盈日皓、劉立業、江家瑋、周崇仁、劉秋昱、彭繼毅、彭元隆、王迺愨 (顧問)

歷年經費核撥：

太空中心、

中央大學 {工學院、機械系、地科院、太空所: 李建中院長、顏炳華主任、林志光主任、趙丰院長、陳志臣院長}

nspotr 工程團隊工作細目:
* MRM第一版 UDSIII-ADSP 開發板及開發系統韌體 AVR loader 系統軟體與任體立業,
* ETP MRM TMP36 on ADSP板 "設計製作溫循測試校正" 系統軟體通訊指令與回應介面盈日皓 (nspotr BCU - AMEI 總工), 參考UDSIII 設計 Layout 製作 BCU1.0 1.1A B 1.2A 1.2B繼毅 1.2C澎澎 1.2D周宏璋 1.2E李硯楷
* AVR Loader: HW FW ported from UDSIII 立業, 兩個版本 V1.1 V1.2 layout 製作盈日皓
* MRM 校正程序工具開發周崇仁
* bi_emulator bcu_parser BI-BCU聯測工具繼毅, BCU 1.2B
* BCU_parser hex2binary 100MHz MRM Helmholtz 澎澎, BCU 1.2C
* 電源測試振測家瑋, BCU PWR 1.0 1.1 * 振測溫循劉秋昱
* 機殼設計改版啊標老師, * 發包加工黃一峰, * ETP電極架強化ㄚ亮手工
* 封膠綁線保溫套振測衛星整合真空聯測 - vniiem k shch ,
* BI - msu v , engineering liason - msu s ;
* project liason - spb t k ;
* 人員訓練計畫管制核心實踐技術韌體開發方法論軟體IC技術啊標 ;
* 儀器架構時序架構指令架構協商文件寫手ㄚ亮 ;
* ETP 電路雛型與零件小山孝一郎, 雛型自製劉正彥團隊;
* ETP 類比電路解析與穩定性的掌握王迺愨 ;
* EES 雛型葉惠卿 , * CEM 高壓電源高頻脈衝放大前極電路自主自製雛型王迺愨 ;
* EES 能量選擇電極機構設計啊標; EES 電路試製彭繼毅 ;

→ tlyeh: 還有誰有參與? 有什麼相關工作? 研發工具平台? 140.115.7.57 12/31

We do have an Educational Program to bring ordinary students up for Mechatronics System Implementation. "機電控制設計實作工程能力培訓" http://mvmc.me.ncu.edu.tw/nspotr/moe-sci_eng98b102post99630tly.jpg

Universitetsky 2 - Tatiana 2 UT2 - ESEMS BCU-AMEI : News Background Information nspotr98919newsbkground.txt or a copy on www.cc.ncu.edu.tw/~tlyeh/

Pictures for News Brief on BCU nspotr-bcu-brief.pdf

Many news clips on Tatiana Universitetsky 2, Meteor-1, and The Soyuz Launch nspotr98529tatiana2vniiem.doc

 According to http://www.n2yo.com/satellite/?s=35865 ... 35872
 international launch code: 分別是 2009-049A B C D E F G H
  對應: METEOR-M STERKH2 FREGAT/IRIS TATIANA2 UGATUSAT SUMBANDILA BLITS RocketBody
但是俄方人士宣稱 NORAD 訂 "Tatiana 2" 2009-049D NORAD 35868 是錯的
   Tatiana2 Tatyana2 Universitetski2 應是 NORAD 35865 (此編號被誤編為 MeteorM1)
 http://celestrak.com/NORAD/elements/ provides TLE of all space objects.
 http://www.spacetrackr.com/#trackr select satellite and plot its current location and tranjectory
 
Amateur forums CQHAM.RU nt41 20/09/2009 Location: Kaluga 指點
 Orbital ICA University-Tatiana-2 According to NORAD object 2009-049E. RS-38ut2 #35869 (<- 這個說法也不對, 應該是 #35865)
TLE's of 35865 35868 35869 are compared in nspotr98529tatiana2vniiem.doc
  他們對應的軌道接近 但 仍不同, 彼此之間的 時間 / 相位 有顯著差別.
http://www.mail-archive.com/amsat-bb@amsat.org/msg06299.html Re: RS-38? Nico Janssen
  RS38 is NOT Ugatusat, but RS38 = RS28 = Universitetsky 2 = Tatiana 2 = 35869 = 2009-049E.

#bcu_spec: Specifications of "MRM + ETP" package "BCU - Block of Central University"
(ref: page 13 of http://mvmc.me.ncu.edu.tw/nspotr/nspotr98b24rep.pdf )

mass:1603g (before lacquor coating, wiring, insulating jacket installation)

size: 20cm x 10cm x 50cm box + probe 12cm diameter circular disk 20cm away from the box on top of a boom

electric power consumption: 4W,<1.5A

data through put: daily 6.4MB, 0.45MB per orbit period of 74.5 minutes,
RS422 baud rate 115200bps

MRM magneto-sensitive-resistance magnetometer:
dynamic range +-2 guass, STD 25nT (0.00025guass),
in-flight sampling rate 2.22Hz (capability 1kHz),

ETP electron temperature probe (for 800KM orbit):
   dynamic range 500 ~ 4000K, STD 50K, sampling rate 2.22Hz。

There is a new version under development, differences may be:
1) include sun light exposure detection
2) improve MRM resolution - target STD better than 5nT,
   sensing elements may be mounted on a stretched boom.
   possible functional enhancement: event detection and burst mode latch
3) functional redundant DPU architecture,
   possible functional enhancement: in flight firmware update
4) Total weight expectation: 4kg before coating and jacket
5) Total power expectation: 6W

mounting geometry of BCU nspotr96a05\nspotr_mech0710023_.gif

dimensions of BCU nspotr96a05\nspotr_mech0710024_.gif

---------------
#data_links: Tatiana2 BCU data on the Web server of NCU-ME-OME-MVMC lab http://mvmc.me.ncu.edu.tw/nspotr/science/bcu_science.htm#data_links
(In case, the local DNS is not functioning, use this IP to access the web page http://140.115.66.87/nspotr/science/bcu_science.htm#data_links )

#tatiana2orbit: ../orbit/tatiana2orbit.htm, click here orbit description of Tatiana2 Tatyana2 Universitetsky, RS-38ut2 in Russian, Norad 35865, International launch code 2009-049A? (note: 35865 is not for Meteo-M1 but Tatiana2.)

orbit coordinates calculated from 35865 TLE by celestrack.com trakstar26a http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001-trakstar26a/orbit-jhk482001-trakstar26a.htm

#tatiana2tm: ../nspotr98a19TereshkovObrabotka_TM/tatiana2tm.htm, click here master controller data from Tatiana2 Tatyana2 Universitetsky, RS-38ut2 in Russian,
The time tag is MSK=UT+3HR, the same as BCU data. The coordinates of TM are x - nadir vertical down, z - ram, y - horizontal right.

#tatyana2dufik: ftp://213.131.1.72/tatyana2/kaluga/L1/dufik/ Tatyana2 MSU - Moscow State U scientific database files in ASCII (date microsec t2f399-400 t2f600-700 t2e0d5_ Ufzk Udufik uv000-127 ir000-127 cp000-127 x y z lat lon alt mlat mlon lt mlt l b bx by bz invlat frN1 frN2)

#tatyana2dufik-mvmc: ../213.131.1.72tatyana2kalugaL2dufik/tatyana2kalugaL1dufik.htm a local copy of Tatyana2 MSU - Moscow State U scientific database files in ASCII

#data_catalog: Go To BCU (MRM ETP TMP36) Data Catalog Directly, click here.

#bcu_sensor_mount: Mounting geometry of the BCU sensors and
: #bcu_sensor_calib:the on ground calibration equations for sensors in BCU can be found in nspotr_BCU_sensor_data.doc nspotr_BCU_sensor_data.doc

* bcu_sensor_mount:
   (ETP is facing RAM , the driven probe#1 is on the left and probe#2 VF is on the right.
   Through the daylight partion of the orbit flying from north to south, the solar panel is to the left, perpedicular to the probe, facing the sun. )
(MRM-y is vertical downward, MRM-z is perpendicular to MRM-y and in the plane of "orbit tangent and vertical down" facing RAM - not necessarily in the tangent direction, and, therefore, MRM-x is yxz - horizontal to the right - west during daylight N to S & east during night time S to N.)
   * (ref: document on detailed wiring: nspotr_bcu_elec_connect97501.doc).

* #bcu_sensor_calib:
   * The sensor on ground calibration equations are implemented by
    #bculatlo.m: matlab script to convert BCU data in ADC 16bit signed counts to physical units:
   * #bculatlo: Data is plotted against latitude, longitude, altitude, in raw counts as well as physical unit.
   * #calib_mrm_ut2tm: New! 99413 In-Flight BCU MRM calibration by Tatiana2 TM magnetometer : ../orbit-jhk482001/bcurs38ut2mrmbxyz.doc ../orbit-jhk482001/bcurs38ut2mrmbxyz.m
   The coordinates of TM are x - nadir vertical down, z - ram, y - horizontal right.

===**== #orbit: 有關 orbit 的說明資料在這裡: ==***===

---- #orbit-earth_sun: orbit of earth around the sun

#jhk482001tracker: ---- 怡傑的 sgp4 trackstar26a , nspo SUN_ECI 等定義的細節

#engr_quality: ---- 工程師做儀器設備需要達到的程度

#filename: ---- convention & restrictions to follow

#data_verifications:

* /nspotr/orbit-jhk482001/geopack_2005.htm kakinami uses geopack-2005 IGRF magnetic field model http://modelweb.gsfc.nasa.gov/magnetos/data-based/Geopack_2005.html http://wdc.kugi.kyoto-u.ac.jp/ World Data Center WDC for Geomagnetism http://wdc.kugi.kyoto-u.ac.jp/element/eleexp.html explaining the components of IGRF. http://wdc.kugi.kyoto-u.ac.jp/igrf/ International Geomagnetic Reference Field (IGRF-11) with plots http://wdc.kugi.kyoto-u.ac.jp/igrf/map/z-m.gif IGRF-11 z - vertical component plot

* 怡傑 uses ? geomagnetic field model ? WMM2010GUI ? igrf2009-12-19-jhk99213 ? trakstar26a ? DataMerger_Ver2.0 ?

My apology: This is more like an Engineers Personal Journal than a public announcement.
   "原來 oyama 老師 不會從我編的純文字 網頁中 找出 有用的連結" 
      大概大部分的人 都沒辦法吧 -- 工程人員的 私家筆記

$http://mvmc.me.ncu.edu.tw/nspotr/bcu97627shch78100.jpg @ nspotr97616\BCUru97627Shch\BCUruPhoto\BCUru97505ShchAfterFinalAssembling\$ $http://mvmc.me.ncu.edu.tw/nspotr/bcu97627shch95100.jpg @ nspotr97616\BCUru97627Shch\BCUruPhoto\BCUru97505ShchAfterFinalAssembling\$ $http://mvmc.me.ncu.edu.tw/nspotr/nspotr98915tereshkovUT2LBottomR150.jpg @ mvmc-nspotr\$
#tatiana2looks 中央大學光機電工程所+太空科學所高階ADSP電腦儀控智慧型酬載
軟硬韌體完全自主客製化整合設計自製 -- 三軸磁阻式磁力計電漿電子溫度探針六面溫度計
NCU OME+ISS In House Customized Design and Build -- ADSP Based MRM*3 ETP TEMP*6 Scientific Payload

"bcu_science.txt will be copied into bcu_science.htm for web browsing with html links to report files for browser".

在天上 第一次 量到的 磁場變化 電漿感應電流-反映電子動能 衛星外殼捕捉到的電漿靜電壓 等的數據圖
 在 http://mvmc.me.ncu.edu.tw/nspotr/science/bcu_science.htm#2009-12-15 下 所列的圖檔
   衛星軌道面夾角~99度-亦即 每一圈軌道都會經過 南 北 極 附近 與 太陽同步, 照光半週 地面時間 ~上午9點 由北往南, 
     http://smdc.sinp.msu.ru/index.py?nav=tat2
   #orbit: 有關 orbit 的 說明資料 點選這裡
 BCU - AMEI 量測
  1) 三軸 磁力線密度 megnetometer : mrm-z 是飛行的向前方向, -y 是垂直向下, -x 是水平向右
   (想像地球磁力線 以及 電漿中的粒子 繞著磁力線 就像 頻果 的 面)
  2) 電漿電子溫度偵測計  electron-temperature-probe ETP
  3) 機殼六面的溫度 temperature 1-6

* In-flight sensor data consist of
 1) MRM-x y z ,
   (Data contain sensor output after set and reset pulses.
    Magnet field density is proportional to the difference between the two.
  MRM-z is the RAM direction, -y - the NADIR direction ,
     -x - the right hand direction if standing upwards the Zenith dir facing the RAM dir. 
   MRM-z did not change polarity.
     (I suspect there is a significant magnetic field bias along this axis in the satellite.),
   Both MRM-z MRM-y swinged to similar maximum magnitude,
   MRM-x swinged about only 1/3 the amount of the other two axes.
 2) ETP 2.a) VTEL differential voltage across 110M ohm +-1% resistor induce by electron current
             driven by sine wave voltage of 1.0 0.5 and 0 V amplitude, and
        2.b) VF - floating potential of the satellite plasma shealth, 
 3) Temperatures on the 6 faces of the box are relatively constant through out the day.

(Ref: Mounting geometry of the sensors is described in nspotr_bcu_elec_connect97501.doc)

smdc.sinp.msu.ru provides the following data on Tatiana2 at http://smdc.sinp.msu.ru/index.py?nav=tat2&switchdiv=Data_retrieval&yr0=2009&mn0=10&dy0=21&hr0=19&mi0=00&yr1=2009&mn1=10&dy1=21&hr1=23&mi1=00&lat=lat&lon=lon&output=numbers :
Data available from 2009-10-21 to 2010-01-20.

Charged particles ; Photons with 300nm < λ < 400nm ; Photons with 600nm < λ < 700nm ;

location: in which coordinate ? eci ? ecef ? X [km] ; Y [km] ; Z [km] ;

Latitude [deg] ; Longitude [deg] ; Altitude [km] ;

Magnetic latitude [deg] ; Magnetic longitude [deg] ;

Invariant latitude [deg] ;

Local time [hours] ; Magnetic local time [hours] ;

L-shell ;

B [nT] ; Bx [nT] ; By [nT] ; Bz [nT] ;

The time tag is Moscow Winter Time: MSK=UT+3HR, the same as BCU data.
? The coordinates of TM are x - nadir vertical down, z - ram, y - horizontal right.
* BCU MRM measures in SBC Satellite Basec Coordinates: z - ram, y - nadir , x - horizontal right (dark side)

Note: earth centered coordinates (the origin of the coordinate is under translational motion around the SUN.)
* 1) ECI (earth centered innertia coordinate) is fixed to the innertia frame with respect to SUN based on equinox, this coordinate is translational but not rotating in the solar system.
* 2) ECEF (earth centered earth fixed coordinate) is attached to earth and is rotating with earth based on UT=0, this coordinate is both translational and rotationary in the solar system.

---- nspotr data plot lat long alt physical unit ;

New! 99131 http://mvmc.me.ncu.edu.tw/nspotr/science/bcu_science.htm#bculatlo: Data is plotted against latitude, longitude, altitude, in raw counts as well as physical unit.
sample plots:
1) Plot of raw data in signed 16b count v.s. latitude, longitude, and altitude (from sea level): bcu2009-12-20_10-55-54-113b000latlonRaw121908-12ut.gif bcu2009-12-20_10-55-54-113b000latlonRaw121911-15ut.gif
2) Plot of data in physical units v.s. latitude, longitude, and altitude (w.r.t. local sea level): bcu2009-12-20_10-55-54-113b000latlonPhys121908-12ut.gif bcu2009-12-20_10-55-54-113b000latlonPhys121911-15ut.gif
* notice: ETP VTEL and VF data together are used to duduce two measurements: 2.a) the ETP1 voltage at the ETP #1 probe and 2.b) the dV differential voltage between #1 probe w.r.t. #2 probe. It is the latter dV to be used to derive driven electron current on the (110 +-1%)Mohm input resistor of the differential amplifier.
* notice: Also be ware that the dV is mulitiplied by 4 to be plotted with a dymamic range comparable to that of ETP1 to reveal variation details on the plot.
* notice: To obtain the values of these data in physical units, down load samplingdata and orbit_tracking csv files, execute the matlab script bculatl99115.m by matlab 6.5 or later to produce {ETPvf?v, ETPvtel?v, ETP?dv} for use, where ? represents {1 2 3} for data at phase driven by {1, 0.5, 0} Vpp sine wave.
3) 99128 Plot of electron templerature in degK derived from ETP Vtel phase#1-#3 #2-#3 (#1-#3)/(#2-#3) by Kakinami bcuetptemp99126.m -> tly.m: bcu2009-12-20_10-55-54-113b000ETPtempk121908-12ut99126kakinamitly.gif
4) 99131 Plot MRM data in nT in MRM axis, eci coordinate, instantaneous ecef coordinate, and their norm : bcu2009-12-20_10-55-54-113b000latlonMRMeci_ecef.gif
5) 99131 Plot MRM vector along orbit in sci coordinate (derived from eci and sun location vector) (?somewhat weard?): bcu2009-12-20_10-55-54-113b000latlonMRMsci.gif
6) 99131 Plot MRM vector along orbit in ecef coordinate (?somewhat weard?): bcu2009-12-20_10-55-54-113b000latlonMRMecef_orbit.gif
7) 99126 Plot ETP #2 Vf along ecef orbit: bcu2009-12-20_10-55-54-113b000latlonETPvf.gif
8) 99126 Plot ETP #1-#2 dv of phase #1 #2 #3 along ecef orbit: bcu2009-12-20_10-55-54-113b000latlonETPdv.gif
?) : bcu2009-12-20_10-55-54-113b000latlon?.gif
---------------------- figures mentioned above ----------------

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonRaw121908-12ut.gif

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonRaw121911-15ut.gif

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonPhys121908-12ut.gif

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonPhys121911-15ut.gif

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000ETPtempk121908-12ut99126kakinamitly.gif

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonMRMeci_ecef.gif

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlon3dMRMsci.gif

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlon3dMRMecef.gif

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlon3dETPvf.gif

../orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlon3dETPdv.gif

#bculatlo.m: matlab script: can be down loaded from this link, bculatly99125.m revised 99124 to correct the UT time axis, sample plotts above are also revised., it was modified from Kakinami San's plotTatianaData.m : All conversions from raw ADC counts to physical units are now built in so that you do not need to comprehend "nspotr_BCU_sensor_data.doc";
If you need data in physical units, execute the matlab script and use "save ..filename.. ..list_of_variables.. -ASCII ..." to generate a data file.
The variables in physical units are: {

Bx By Bz in nT with Bstd the component STD of the calibration function;

{ ETPvf*v ETPvtel*v ETP*dv } are in volt, where * may be 1 2 or 3 for phases driven by 1 0.5 0 Vpp; The 3 sets of data are, respectively, the voltage at { 1) probe ETP#2 - satellite floating potential , 2) the driven probe ETP#1 , 3) difference between ETP#1 with respect to ETP#2 - voltage generated by current through 110 +-1% Mohm input resistor. The STD of their calibration function is ETPvfvstd ETPvtelvstd and ETPdvstd respectively.

Sample "samplingdata.csv" and "orbit_tracking.csv" files to feed bculatlo.m:
If you need space separated data file instead of comma separated, use MS Word to read it and use <Alt-E> with "rePlace" function to change "," to " " and save as text file afterwards. Do use word, because the file size is quite big. Another choice would be "winvi32", if you know how to use "vi" editor. winvi32 can handle very big file every efficiently just like the "vim" on unix machines.
1) bcu2009-12-20_10-55-54-113b000samplingdata.csv obtained by BCU_parser from log BI-BCU interaction on http://mvmc.me.ncu.edu.tw/nspotr/science/bcu_science.htm#2009-12-20_10-55-54-113b000.
2) orbit2009-12-19.csv generated by Huang,Yi-Chech jhk482001: {trakstar26a-sgp4_celestrek, DataMerger-jhk482001 & ones, also included ECI vector of Tatiana2, her velocity - tangential to orbit, and vector to SUN location by SUN_ECI module provided by nspo}.

  orbit 檔 應該涵蓋的 UT 時間應該是 bcu time tag 時間範圍 減3hr 才對,
例 BCU Time Tag range start-3 to end-3:
 2009-12-19 1219 (11-3)2049(13*50) to  1220 (11-3)0014(06*50);
 2009-12-15 014758 變成 2009-12-14 224758 to 091216 (04-3)1556 ;
 2009-12-08, starts (22-3)2646, ends around 091209 (02-3)5048 即 091208 235048;
  把這些範圍涵蓋起來 兩頭取個整數吧 就是做這三個檔案 下面的時段的標示 已經是 UT
 2009-12-19 082000 to 1220 080100
 2009-12-14 224700 to 1216 011600
 2009-12-08 192600 to 1208 235100

Critical Data Interpretation / Verification Issues Need To Be Addressed:

MRM ETP variations - characteristics? reasons? reasonable explanations?
a) over magnetic North and South poles v.s. tropical region ?
b) over day time with solar exposure v.s. night time, at dawn or dusk hour?
c) how do MRM data compare with known model or more mature sensor data , e.g. Tatiana2 Master Controller sensors? IGRF model?
d) how do ETP vtel vf compare to other references? Hinatori data? Is there any other references?
---- End of New! 99118

The bcu_parser only converts BI log packets into data in ADC signed 16bit integer counts corresponding to -1 to +1 volt. The calibration equations can be found in nspotr_BCU_sensor_data.doc

If you want to play on the data yourself, download the BCU_parser407.exe program.
download a .hex file, then execute BCU_parser407.exe on your PC and use botton to open the .hex file to be displayed.
This action also generates

.hex.txt file to contain the text file showing the hexadecimal representation of .hex file. Notes on the analysis of BI - BCU command and response are edited into this file for record.

.hex_samplingdata.csv file to contain the colon separated text file showing the BCU sampling_data in signed 16bit counts corresponding to [0,2]Volt.
this file contains mrm-x y z ETP vtel vf temp1_by_mrm and its time tag with resolution down to 50ms.

.hex_systemdata.csv.txt file to contain the colon separated text file showing the BCU sampling_data in signed 16bit counts corresponding to [0,2]Volt.
this file contains temp1,...,6 and its time tag with resolution down to 50ms.

Note: winvi32 or ultra-editor are good programs to work on large text files with unix style general text string pattern match and replace.

Space Monitoring Data Center smdc, Skobeltsyn Institute of Nuclear Physics SINP, Moscow State University MSU: Tatiana 2 Orbit Tracker
The calendar time used by BI of Tatiana2 is ? Moscow Standard Time, MST UTC/GMT+3 Hours, ? no adjustment for day light saving during summer.?

98c27 05:02 nspotr need Kaluga/Orbit/ .zrv .TLE updated
1) Please do let us know the full name of all parameters.
>Most of the service parameters are specifically technical and,
> thus, useless for scientists.

We NCU OME - BCU Engineering are engineers.
We do like to ponder over the technical properties of the Micro Satellite.
We might see some interconnections that scientists may not care about.
List in Russian is ok, we can use google to help.

2) If the BI program update to SCHEDULE2 is not possible,
http://www.cc.ncu.edu.tw/~ncume_ee/morphous/SCHEDULE2_rus091110.doc
please do not execute "BCU Flash Memory Clear" any more
in BCU sensor data production,
unless there occured BCU Flash Memory pile up again.

(**!!It is better that the problem of "SONOFF Switch_On with calendar missing"
after FMCLR gets corrected, even if the SCHEDULE2 adjustment is abandoned.)

In the original BI sequence of "BCU Flash Memory Clear",
the problem of missing Calendar Parameters in the "SONOFF Switch_On"
after "FMCLR" does mess up the calendar time tag of BCU data:
As shown by
http://mvmc.me.ncu.edu.tw/nspotr/science/bcu_science.htm#2009-12-20_10-55-54-113b000
http://mvmc.me.ncu.edu.tw/nspotr/science/2009-12-20/10-55-54-113/bcu20091220_10-55-54-113b000.txt
... The record of "BCU Flash Memory Clear" command sequence:
14) C3091219113937F0F0F01A021A00F5F5F51A021A00360000...0000000000000000C9
SONOFF Switch_Off
15) C3091219113938F0F0F05A00F5F5F55A005A000000000000...000000000000000036
FMCLR (successful)
16) C3091219113939F0F0F01A021A01F5F5F51A021A01370000...0000000000000000CE
SONOFF Switch_On with calendar parameters missing
17) C3091219113940F0F0F03A00F5F5F53AB0FAFAFA64D759E0...00000000000000002E
DAUL's ... resume with the first segment of a Flash Memory Page FAFAFA..
...

----
Dear Colleagues:

1) We are receiving BCU in-flight data now since Dec 15 up to Dec 22.
I am reporting the analyses I have done in
http://mvmc.me.ncu.edu.tw/nspotr/science/bcu_science.htm
(This file will be updated continously to include new results.)
The BI command sequence send to BCU seems to be the same as previous.
However, they are already able to provide reliable communication to provide
more than a full day a piece data log.
Data plots are also made available for your review. (e.g. Dec 16, Dec 20)
http://mvmc.me.ncu.edu.tw/nspotr/science/bcu_science.htm#2009-12-16
http://mvmc.me.ncu.edu.tw/nspotr/science/bcu_science.htm#2009-12-20_10-55-54-113b000

1.a) Please explain the meaning of the directory and file names
that you used in uploading BCU data
For example: What are the meanings of the directory names and
the file names, and the differences between the files of different names
Kaluga\science\2009-12-20\10-55-54-113\
B_000_UT2_512-525__BCU.bin
B_000_UT2_512-525__BCU.txt
Kaluga\science\2009-12-25\10-52-56-718\
B_000_UT2_512-525__MAC.bin B_000_UT2_512-525__MAC.txt
B_002_UT2_512-525__MAC.txt
Kaluga\science\2009-12-25\10-52-53-625\
C_000_UT2_512-525__MAC.bin

1.b) Please do update the .zrv .TLE files on the ncku ftp server under directory
Kaluga/Orbit/
continuously to include files covering the status of Dec 16 upto now
so that we can compare in-flight MRM 3 axes and ETP data
with orbit position and orbit tangent vector.
(You can also instruct us on how to obtain such information from
any web database with historical records.)

2) Please do provide a mnemonic table in either word or excel file
with fully spelled out physical quantity names for
the abreviations used in the RS38ut2*.xls files
under Kaluga/Obrabotka_TM/TM/ .
Russian is ok, translate google can translate document contents.

2.a) Please provide geometry dimension and orientation information
of the sensors which provides the measurements described in RS38ut2*.xls .

2.b) Please be reminded that our Windows System cannot handle
file names and directory names in Russian.

Sincerely yours
Tse-Liang Yeh, BCU Engineering

Merry X'mas and Happy New Year! Be safe and be blessing to all.

---------------------
The procedure of processing: (The header format of a note for analysis.) bcu2009-12-15_10-58-57-718b001.txt rev tly 98c19 ; nspotr98a19TereshkovKaluga/science/2009-12-15/10-58-57-718/ B_001_UT2_512-525__BCU.bin -> b001.hex -> D:/temp/mvmc/mvmc-nspotr/skariel/BCU_parser/BCU_parser_pondaniel/BCU_parser407.exe -> .hex.txt -> bcu2009-12-15_10-58-57-718b001.txt -> ftp sparc11.cc... /tmp -> ftp sparc19.cc... /tmp -> vi BI packet parsing + analyses notes -> ftp sparc11 -> ftp pc: w3v1
Edit analysis reports in .txt for individual data file, before copy and paste the high lights into bcu_science.txt .htm .
All url in .txt assumes relative location to bcu_science.htm in nspotr/science/ , so that the high lights can be copied into bcu_science.htm and be effective.

*Two sets of BI packets transmitted:
 = 1st set: BI header Starts from 091215 092709 , ends at 091216 090350 , for 23:36:41. in the front there is a period of noisy corruptions. 
   BCU Sampling_Data time tag shows Start: 091215 014758 , ends at 091216 041556 , for 26:27:58
 = 2nd set: BI header Starts from 091215 092709 , ends at 091216 004622 , for 15:19:13.
   BCU Sampling_Data time tag shows Start: 091215 014805 , ends at 091215 191651 , for 17:28:46
 * BI Packet Calendar runs slower than the Time Tags in BCU Flash Page Data obtained by DAUL, the ratio is 1.12 and 1.14 respectively corresponding to 1.088 obtained by Time_Flash_Page = 1/((1/sec_Sampling_Data_page)+(1/sec_System_Data_page)) / Time_DAUL where Time_DAUL=7, sec_Sampling_Data_page=7.65 and sec_System_Data_page = 1740. i
     (Ref: nspotr_bcu_DataFmt071205lefteye080429tly.doc),
    scalet=[60*[60*[24 1] 1] 1]', (([16 04 15 56]-[15 01 47 58])*scalet) / (([16 09 03 50]-[15 09 27 09])*scalet), (([15 19 16 51]-[15 01 48 05])*scalet) / (([16 00 46 22]-[15 09 27 09])*scalet), 
    Time_DAUL=7, sec_Sampling_Data_page=7.65, sec_System_Data_page = 1740, Time_Flash_Page = (1/((1/sec_Sampling_Data_page)+(1/sec_System_Data_page))) / Time_DAUL ,
* All are DAUL command and response sent 3 consecutively every 7 seconds.

* BI packets are corrupted sporadically.
* In-flight sensor data MRM-x y z shows 16 circulations in consistence with the cycles of ETP-VTEL VF ground level variations.
  MRM-z did not change priority, Both MRM-z MRM-y swinged to similar maximum magnitude, MRM-x swinged about only 1/3 the amount of the other two axes.
  MRM-z is the RAM direction, y - the NADIR direction , x - the right hand direction if standing upwards the Zenith dir facing the RAM dir. 
 (Ref:  nspotr_bcu_elec_connect97501.doc)
* Temperatures on the 6 faces of the box are relatively constant through out the day.
* Data plots:  
   sampling_data: { (c22 18:17 improved plots by bcu_parser407.exe) 
bcu2009-12-20_10-55-54-113b000mrmvtelvf.gif
bcu2009-12-20_10-55-54-113b000temp1samplingyss.gif
   system data: 
bcu2009-12-20_10-55-54-113b000tempsys.gif
   calender data for both sampling_data and system_data:
bcu2009-12-20_10-55-54-113b000timeSample_Sys.gif


---- templates of science\2010-..-..\??-??-??-???\bcu2010-??-??_??-??-??-????0??.txt

#2010-01-19_10-27-54-694c000 " BI packet header 2010?? 17?????? to 18?????? length ??:??:?? ends with POFF to BCU." = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2010-01-19/10-27-56-694 的目錄 - note: all URL are relative to science/bcu_science.htm so that the report brief can be copied over to bcu_science.htm directly. D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-19\10-27-56-694 bcu2010-01-19_10-27-56-694c000MRMVtelVf.gif bcu2010-01-19_10-27-56-694c000MDHmSampSys.gif bcu2010-01-19_10-27-56-694c000.hex .hex_samplingdata.csv , .hex_systemdata.csv


bcu2010-01-19_10-27-54-694c000.txt 98c24 rev tly 98??? ??:??
? copies of packets:
 1st copy BI packet time tag starts with 091219 112401 to ?????? ??????,
  BCU Sampling Data time tag starts with ?????? ??????(??*50) to ?????? ??????(??*50)
 2nd copy BI packet time tag starts with 091219 ?????? to 091220 110016 , 
  BCU Sampling Data time tag starts with ?????? ??????(??*50) to ?????? ??????(??*50)
all are DAUL, 3*DAUL every 7 seconds.

BI packet header C31001... for C3YYMMDD... where DD may be 17 18 ...
searching for responses which is not DAUL with data "F5F5F53AB0..................."
 /F5F5F5........................00000000000000000000000000
 notice: this may also capture cases of a flash page full of 0's. F5F5F53AB000000...
...
  There is no SONOFF Switch_On without calendar values. "F0F0F01A021A01" "F5F5F51A021A0137"
  There is no FMCLR "F0F0F05A00" "F5F5F55A005A"
  There is only one SONOFF Switch_Off."F0F0F01A021A00" "F5F5F51A021A0036" @ C3100118105341
 Followed by POFF "F0F0F04A02C33C" "F5F5F54A023CC34B" @ C3100118105342
 This ends the 1st segment. 
 The once an hour SONOFF Switch_On with calendar do appear near the half of every hour. "F0F0F01A0A1A01............0000" "F5F5F51A021A0137"

Afterwards, the packets repeat starting @ C3100117130559 (ends @ C3100118015232)
 The 2nd copy ends @ C3100118015232 before EOF.

---- end of templates of science\2009-..-..\??-??-??-???\09????_??-??-??-????0??.txt


C31001?... 1st packet
C31001?... DAUL schedule
...
C31001?... 1st hourly SONOFF Switch_On with calendar values  "F0F0F01A0A1A01............0000" "F5F5F51A021A0137"
...
C31001?... last hourly SONOFF Switch_On with calendar values  "F0F0F01A0A1A01............0000" "F5F5F51A021A0137"
...
C3100118105329F0F0F03A?...
C3100118105336F0F0F03A?...
C3100118105336F0F0F03A?...
C3100118105336F0F0F03A?...
C31001?... "F0F0F01A021A00" "F5F5F51A021A0036" SONOFF Switch_Off
C31001?... "F0F0F04A02C33C" "F5F5F54A023CC34B" POFF
......? "F0F0F01A021A01" "F5F5F51A021A0137" SONOFF Switch_On without calendar value
......? "F0F0F05A00" "F5F5F55A005A" FMCLR
......? last packet of the copy

C31001?...  1st packet of the 2nd segment
C31001?...
C31001?...
C31001?...
C31001?...
...
C31001?... 1st hourly SONOFF Switch_On with calendar values
...
C31001?... last packet of the copy
EOF

------------------

98c26 #nspo_ESEMS This is the way how NSPO presents ESEMS 台俄科學實驗教學微衛星 .http://www.nspo.org.tw/2008c/projects/
(亮註: 我覺得啦, BCU-AMEI 完全自主設計-製作-測試-調校才是這個計畫的珍貴之處!!
當然, 感謝俄國同仁在最後綑線-封膠-包裹上的幫忙.)

簡介 intro.htm 、功能特性 property.htm 、酬載儀器 instrument.htm 、
自主元件 component.htm 、發射 vehicle.htm 、地面接收 ground.htm 、現況 research.htm 、
相關網站 link.htm 。

Universitetsky 2 - Tatiana 2 UT2 - ESEMS BCU-AMEI data records & brief of analyses

===***== #data_catalog: Data Catalog ==***===

 ---***--- data set cleaned up by Dr Kakinami 2010,05,04 ---***--- 

 ---***--- original data set ---***--- 

 #data_clean ---***--- data set cleaned up by Dr Kakinami 2010,05,04 ---***--- 

Subject: nspotr clean data by kakinami
To: nspotr_ss, nspotr_ssk, nspotr_sso, nspotr_ssd
Cc: nspor6_ome

----
Dear kakinami san: please respond if you see this mail

In your cleaned up data files (posted on May 04):
 http://mvmc.me.ncu.edu.tw/nspotr/science/nspotr99504scienceDataCleanKakinami/bcu_scienceDataCleanKakinami.htm

1) How did you compute your item 10 11 12 : the x y z of magnetic field in nT?
  did you compute with 

   only the original BCU calibration ?
     (ref: http://mvmc.me.ncu.edu.tw/nspotr/nspotr_BCU_sensor_data.doc )

   or do you include also the BCU to Tatiana calibration that I obtained
      later on 2010,4,13? 
      where
  Roughly speaking: calibrationg BCU-mrm data in nT to Tatiana-Magnetometer
   * TMx : vertical down  = 1.06* (By -0.002Gauss)
   * TMy : Horizontal right =  1.22* (Bx +0.022Gauss) 
   * TMz : RAM          =  1.12* (Bz - 0.146Gauss) -0.14* (By +0.022Gauss) 
 
 (ref: http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001/bcurs38ut2mrmbxyz.doc )

2) what is the meaning of your file name? what is the relationship does it have
   to do with the time period covered?

http://mvmc.me.ncu.edu.tw/nspotr/science/nspotr99504scienceDataCleanKakinami/data_format_tatiana.txt

Data format of Tatiana

If you find problem, please contact to Y. Kakinami (y.kakinami@gmail.com)
Time stamp is Universal Time

 1. year
 2. month
 3. day
 4. hour
 5. mininute
 6. second
 7. latitude (degree)
 8. longitude (degree)
 9. altitude (km)
10. X component of magnetic field (nT)
11. Y component of magnetic field (nT)
12. Z component of magnetic field (nT)
13. Electron temperature (K) calculated from the floating potential shifts 
    when a rf signal of 0.25V is applied to the Langmuir probe electrode.
14. Electron temperature (K) calculated from the floating potential shifts 
    when a rf signal of 0.5V is applied to the Langmuir probe electrode.
15. Electron temperature/K obtained from the ratio of the two Lanmuir
    Probe floating potential shifts.
16. Outward component of magnetic field calculated with IGRF (nT)
17. Southward component of magnetic field calculated with IGRF (nT)
18. Eastward component of magnetic field calculated with IGRF (nT)

---- igrf data http://mvmc.me.ncu.edu.tw/nspotr/igrf-jhk482001/igrf-jhk482001.htm
   File name convension is similar to the orbit-jhk482001-trakstar26a data files explained below.
   However, the data code in the data file is funny, after Hour Minute Second columns, the data columns are: |e5:ECEF_IGRF_x(nT) |f6:ECEF_IGRF_y(nT) |g7:ECEF_IGRF_z(nT)

---- how to find out the SBC along which MRM measures data.
to get the Satellite orientation in ECI coordinate:
  one needs to make use or orbit-jhk482001-trakstar26a data file
 http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001-trakstar26a/orbit-jhk482001-trakstar26a.htm

 These file names reveals the time period the data cover.
   The data are provided once a second.
 The data files contain velocity vector (in ECI) of the satellite
   along the orbit. Since the orbit is very circular, and the satellite is 
    pointing to earth very stably, so the velocity tangent is the perpendicular
     to the nadir very well. 
 This way, the orientation of the SBC - satellite based coordinate along
  which the MRM measures is defined.

---- how the BCU magnetic data in the file were obtained:
Using following matlab commands,
    comparing the figures obtained w.r.t. the figure in bcurs38ut2mrmbxyz.doc, 
  I believe, the Bx By Bz were obtained from raw BCU counts
    with original calibration equation in nspotr_BCU_sensor_data.doc 

>> cd D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\nspotr99504scienceDataCleanKakinami
>> data = csvread('tatiana2010-018F.csv',0,0);
>> figure(1); plot(data(:,[10,11,12]));
>> figure(2); plot([1 2 3; 1 2 3])




 #data_original ---***--- original data set ---***--- 
---- list contents in reversed chronicle order - most recent on the top
 磁碟區 D 中的磁碟沒有標籤。 磁碟區序號:  3073-1408
    #2009-12-16_??-??-??-???b???
 D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\Science 的目錄


=D:\... directory of directories of data files of the same days
-D:\... directory of data files

=D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science 的目錄
2009/12/31  下午 02:3    65,842 bcu_science.htm
2009/12/28  下午 12:4   129,024 nspotr98c28apple.vsd
2009/12/28  下午 12:4    84,199 nspotr98c28apple.jpg


2010/01/20             DIR   2010-01-?? template: directory of date
  #2010-??-??_??-??-??-???c000 (template: for each ? c_???_UT2..._BCU.bin file with BCU data in every ??-??-??-??? subdirectory) ?size, ?BI packet head time tag and BCU sampling time tag? 
2010/01/20             DIR   2010-01-20
  #2010-01-20_10-04-10-337c000 6.8MB BI length 09:01:11 [C3100118015225, ..., C3100118105336F0F0F03A00, C3100118105341 SONOFF SwitchOff, C30000..., C3100118105342 POFF; C3100118015232, ..., the 2nd end repeats the first]
  #2010-01-20_10-04-15-375b000 6.8MB ?time tag range
2010/01/19             DIR   2010-01-19 ** #2010-01-19_10-25-41-031b000 and #2010-01-19_10-27-54-694c000 appear to be the same set of data down linked at two incidences (two separate Kaluga pass overs). ?time tag range
  #2010-01-19_10-25-41-031b000 13.2MB BI packet header 201001 17131252 to 18105342 length 21:40:50 ends with POFF to BCU.
  #2010-01-19_10-27-56-694c000 12.4MB " BI packet header 201001 17130559 (2nd head) to 18105342 (1st tail) length 20:47:43 ends with POFF to BCU."
2010/01/18             DIR   2010-01-18
  #2010-01-18_10-38-31-609b000 22.1MB ?time tag range
  "2010-01-20_09-07-57-093-"  
  "2010-01-20_09-07-47-800-"
2010/01/17             DIR   2010-01-17
  #2010-01-17_09-28-02-609b000 22.1MB ?time tag range
  #2010-01-17_09-28-14-250c000 22.1MB ?time tag range
  #2010-01-17_11-00-48-515b000 14.5MB ?time tag range
  #2010-01-17_11-00-48-515b001 1.24MB ?time tag range
  "#2010-01-17_11-00-48-515b002-" 
  #2010-01-17_11-00-53-468c000 16.6MB ?time tag range
  "#2010-01-17_11-00-53-468c001-"
2010/01/16             DIR   2010-01-16
  #2010-01-16_09-47-58-407c000 9.1MB ?time tag range
  #2010-01-16_09-47-58-407c001 10KB ?time tag range
  #2010-01-16_09-47-49-156b000 9.1MB ?time tag range
  #2010-01-16_09-47-49-156b001 10KB ?time tag range
  #2010-01-16_11-27-21-576c000 6.6MB ?time tag range
  #2010-01-16_11-27-16-609b000 7.0MB ?time tag range
  #2010-01-16_11-27-16-609b001 10KB ?time tag range
2010/01/15             DIR   2010-01-15
  #2010-01-15_11-49-10-795c000 1.8MB ?time tag range
  #2010-01-15_10-09-33-929b000 16.6MB ?time tag range
  #2010-01-15_10-09-33-929b001 3KB ?time tag range
  #2010-01-15_10-09-30-201c000 16.6MB ?time tag range
  #2010-01-15_10-09-30-201c001 3KB ?time tag range
  #2010-01-15_11-52-13-217c000 4KB ?time tag range
  #2010-01-15_11-52-13-217c004 1KB ?time tag range
  #2010-01-15_11-49-11-576b000 1.8MB ?time tag range
  #2010-01-15_11-49-11-576b001 4KB ?time tag range
2010/01/14             DIR   2010-01-14
  #2010-01-14_10-30-51-221b000 22.1MB ?time tag range
  #2010-01-14_12-03-35-125c000 13.2MB ?time tag range
  #2010-01-14_12-03-35-125c001 3KB ?time tag range
  #2010-01-14_10-30-51-333c000 22.1MB ?time tag range
  #2010-01-14_12-04-04-971b000 13.2MB ?time tag range
  #2010-01-14_12-04-04-971b001 3KB ?time tag range
2010/01/13             DIR   2010-01-13
  #2010-01-13_09-12-35-796b000 21.1MB ?time tag range
  #2010-01-13_10-45-06-828b000 16.5MB ?time tag range
2010/01/12             DIR   2010-01-12
  #2010-01-12_11-11-49-296b000 14KB ?time tag range
2010/01/11             DIR   2010-01-11-

2010/01/10             DIR   2010-01-100
2010/01/09             DIR   2010-01-090
2010/01/08             DIR   2010-01-080
2010/01/07             DIR   2010-01-070
2010/01/06             DIR   2010-01-06
  #2010-01-06_09-59-58-421b000 232KB ?time tag range
  #2010-01-06_09-59-58-421b001 1KB ?time tag range
  #2010-01-06_09-59-58-421b002 4.3MB ?time tag range
  #2010-01-06_09-59-58-421b003 1.4MB ?time tag range
  #2010-01-06_11-38-19-312b000 2.3MB ?time tag range
2010/01/05             DIR   2010-01-05
  #2010-01-05_10-20-26-734b000 7.2MB ?time tag range
  #2010-01-05_12-00-41-609b000 6.6MB ?time tag range
2010/01/04             DIR   2010-01-04
  #2010-01-04_10-41-27-078b001 7.5MB ?time tag range
2010/01/03             DIR   2010-01-03
  #2010-01-03_09-22-41-562b000 16.6MB ?time tag range
  #2010-01-03_10-57-34-532b000 801KB ?time tag range
2010/01/02             DIR   2010-01-02
  #2010-01-02_11-24-36-666c000 910KB ?time tag range
  #2010-01-02_11-24-31-937b000 924KB ?time tag range
2010/01/01             DIR   2010-01-01
  #2010-01-01_10-04-36-218b000 16.6MB ?time tag range
  #2010-01-01_10-04-43-234c000 10.9MB ?time tag range
  "#2010-01-01_10-09-31-890-"
  #2010-01-01_11-47-09-546b000 2.0MB ?time tag range
  #2010-01-01_11-47-17-093c000 457KB ?time tag range

2010/01/01  上午 04:51 DIR  2009-12-31- "not BI - BCU command & response format" 2009-12-31-/10-26-07-250- 2009-12-31-/10-26-04-828- 2009-12-31-/08-46-27-703- 2009-12-31-/08-46-25-062-  
2010/01/01  上午 04:51 DIR  2009-12-30  "0 lenght .bin file" 2009-12-30/10-46-21-5930 2009-12-30/10-46-17-1870 2009-12-30/09-06-06-1710
#2009-12-30_09-06-02-910c000 ?size ?time tag range
2009/12/30  上午 05:56 DIR  2009-12-29  "not BI - BCU command & response format" 2009-12-29/09-29-08-546-
#2009-12-29_09-29-05-156c000 ?size ?time tag range
2009/12/26  上午 06:03 DIR  2009-12-25- "not BI - BCU command & response format" 2009-12-25-/10-52-56-718- 2009-12-25-10-52-53-625-
2009/12/24  下午 04:54 DIR  2009-12-22  "0 lenght .bin file" 2009-12-22/10-16-26-4680
#2009-12-22_10-16-21-609b000 ?size ?time tag range
2009/12/22  上午 10:14 DIR  2009-12-21- "not BI - BCU command & response format"  2009-12-21-/10-38-21-468- 
2009/12/21  上午 05:37 DIR  2009-12-20  "not BI - BCU command & response format"  2009-12-20/10-57-19-171/c002- 2009-12-20/10-57-19-171/c005- 2009-12-20/10-57-19-171/c008- 2009-12-20/10-57-19-171/c009- 2009-12-20/10-57-19-171/c012-
#2009-12-20_10-55-54-113b000 "BCU in-flight sensor data for one full day - orbit circulations!" ?size ?time tag range
#2009-12-20_10-57-19-171c000 ?size ?time tag range
#2009-12-20_10-57-19-171c004 ?size ?time tag range
#2009-12-20_10-57-19-171c013 ?size ?time tag range
2009/12/19  下午 02:38 DIR  2009-12-18  "0 lenght .bin file"   2009-12-18/11-35-34-625/c008
#2009-12-18_11-40-56-906b001 ?size ?time tag range
#2009-12-18_11-35-34-625c007 ?size ?time tag range
#2009-12-18_11-35-34-625c009 ?size ?time tag range
#2009-12-18_10-01-33-078b000 ?size ?time tag range
2009/12/18  上午 11:45 DIR  2009-12-170 "0 lenght .bin file"  2009-12-170/12-06-04-2030 2009-12-170/12-02-05-593 2009-12-170/10-23-25-7810
2009/12/18  上午 11:45 DIR  2009-12-16    
#2009-12-16_09-03-25-156b000 "BCU in-flight sensor data for one full day - orbit circulations!" ?size ?time tag range
2009/12/18  上午 11:46 DIR  2009-12-15  "not BI - BCU command & response format"   2009-12-15/09-26-06-250- 
#2009-12-15_10-58-57-718b001 "BCU in-flight sensor data showed up THE FIRST TIME - confirms "ANALOG SYSTEM OK"!!"
2009/12/18  上午 11:45 DIR  2009-12-140 "0 lenght .bin file"  2009-12-140/11-20-01-171 2009-12-140/09-47-11-218
2009/12/18  上午 11:45 DIR  2009-12-13- "not BI - BCU command & response format"  2009-12-13-/11-41-05-4530 2009-12-13-/11-40-54-906- 2009-12-13-/10-10-29-7340 2009-12-13-/10-07-55-1540
2009/12/18  上午 11:45 DIR  2009-12-120 "0 lenght .bin file"  2009-12-120/12-03-02-593 2009-12-120/10-28-58-375 2009-12-120/10-28-51-375 2009-12-120/08-44-09-703 08-42-20-625
2009/11/21  上午 06:07 DIR 
#2009-11-18FMCLR sched2 sched21 sched22 "FMCLR once successful , yet, no in-flight sensor data showed up."
2009/10/31  下午 11:54 DIR 
#2009-10-26FMCLRb000 "FMCLR once unsuccessful - ERREP ERR_Checksum"
2009/12/21  上午 06:20 DIR 
#2009-09-21circle52 "First in-flight BI BCU command and response - confirms "DIGITAL SYSTEM OK"!!"

***LAUNCH - lift off @ 17-09-2009 19:55:12 DMT***
The Southgate Radio Amateur Club: 435.440 MHz & 435.490 MHz telemetry CW, 1.708 GHz for scientific telemetry http://www.southgatearc.org/news/september2009/tatiana_2_satellite_update.htm
Andy G0SFJ posted the following information received from Moscow: Universitetskiy-Tatiana-2 RS-38 was launched in 17 september 2009 in 19:55:12 DMT (Decret Moscow Time) from ???????? Baikonur cosmodrome launching pad N 31.

Amateur forums CQHAM.RU http://forum.cqham.ru/viewtopic.php?p=362421 nt41 20/09/2009 Location: Kaluga: 01.10.2009 09:15:05 on UHF Frequency: 1707.9 MHz, polarization is right circular Telemetry is a QPSK at 1707.9 MHz? BPSK, 1707,89 MHz, yes, including telemetry will be first, then the picture. NOAA HRPT. Image format NOAA HRPT. Image size 1536 rows. Length 4:30 transmit images or 270 seconds. Image Number - 4. Orbital ICA University-Tatiana-2 According to NORAD object 2009-049E. RS-38ut2
tly note: Tatiana2 should have been 35865.
1 35869U 09049E 09273.17982310 .00000176 00000-0 10000-3 0 129
2 35869 98.7988 323.3213 0005452 41.9707 318.1809 14.21978163 1770
http://www.mail-archive.com/amsat-bb@amsat.org/msg06299.html Re: RS-38? Nico Janssen RS38 is NOT Ugatusat, but RS38 = RS28 = Universitetsky 2 = Tatiana 2 = 35869 = 2009-049E.
tly note: Tatyana2 should be 35865.
RS38 can transmit CW and various digital modes on a number of frequencies between 435.260 and 435.490 MHz. The digital modes are probably only active when the satellite is within range of the command station in Russia. The CW telemetry recently showed up mostly on 435.490 MHz.

2009/12/21  上午 06:21 DIR 
#2009-07-14test ground
2009/12/21  上午 06:20 DIR 
#2009-06-24test ground
2009/12/21  上午 06:21 DIR 
#2009-01-26test ground

***The First BI - BCU connection*** DIR nspotr97616/

In 2008-06-19 afternoon, after BI chief Dr V spend 9:-15: working to connect to Checkoslovakian payload, he took 30 minutes to read and chat to confirm BCU_cyclogram97619.doc, nspotr_BCU_Cmd20080612.doc, and nspotr_bcu_DataFmt071205lefteye080429tly.doc.

Then, skariel set up note book to tap both RS422 TX and RX between BI prototype and BCU. Dr V starts to program in BI to send command packets to BCU with checksum. We saw what were going to and fro between the two B's on NB so that debugging is very obvious. At 17:13 the full command sets were tested (BI2BCU976192112.txt BCU2BI976192112.txt). At 17:35 a second full set test was executed to confirm the implementation model BI2BCU976192134.txt BCU2BI976192134.txt. (Note: MDT is UTC/GMT+4 and TW time is UTC/GMT+8.)

Done !!! BCU is ready to be sealed for integration with Tatiana body.

After BCU is sealed by lacquer, we checked the functionality found that the connector socket of AVR-Loader board got painted over causing malfunction. The BCU has to fly with AVR Loader board removed. No more program update is possible. Otherwise, BCU is funcational and ready for vibration and vacuum test together with Tatiana2.

===***== End of Data Catalog ==***===

===***== Begin of Data Sections ==***===

----- data files --BCU data records & brief of analyses----------

?--- BO template

?#2010-01-10_10-10-10-100a000 summary of time codes in ?BI packet header and ?BCU time tag: from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-10\10-10-10-100a000 ?
** #2010-01-10_10-10-10-100a000 and #2010-01-10_10-10-10-100a000 appear to be the same set of data down linked at two incidences (two separate Kaluga pass overs).
?bcu2010-01-10_10-10-10-100a000.hex .hex_samplingdata.csv , .hex_systemdata.csv

?2010-01-10/10-10-10-100/bcu2010-01-10_10-10-10-100a000.txt rev 99??? tly 99??? ??:??
?process: by ftp -> sparc11 /tmp -> sparc19 /tmp -> vi to insert  ahead of BI packet header to seperate BI packets into individual lines
?this is a template
---
C_???_UT2_???-???__BCU.bin -> 2010-01-10/10-10-10-100/bcu2010-01-10_10-10-10-100
c000.hex -> .hex.txt ->.txt analysis tly 99110
= ?MB 2 copies of BI packets,
= SONOFF SwitchOff and POFF at the end of each copy, no (@ BI packet time tag?)
{SONOFF SwitchOff - FMCLR - SONOFF SwitchOn w/o calencar} to BCU.
= BI packet header range
[C3100118015225, ...,
 C3100118105336F0F0F03A00,
 C3100118105341F0F0F01A021A00F5F5F51A021A0036 SONOFF SwitchOff,
 C30000..., C3100118105342F0F0F04A02C33CF5F5F54A023CC34B POFF;
 C3100118015232, ...,
 the 2nd end repeats same 3 packets like the first copy C3100118105342...]
= length 09:01:11 ;
=BCU sampling time tag range
[,...,
 ? ;
 ,...,
 ?]
---
?There are two copies of packet segments: 
= BI packet header range
[? C3YYMMDDHHmmss...,
  ...,
 ? C3... ?special commands, ? time tag interruptions ... 
 the 2nd copy started with 
 ? C3YYMMDDHHmmss, ...,
 the 2nd ended with ... 
 ? C3 ...] ? max length covered DD:HH:mm:ss ;
=BCU samplingdata time tag range
"#,type,M,D,m,H,s,50ms"
[ ? ..., ...,
  ? .. ?special commands, ? time tag interruptions ... 
  ? ... ;
  ? ..., ...,
  ? .. ?special commands, ? time tag interruptions ... 
  ? ... ;] ? max length covered DD:HH:mm:ss ;
=BCU systemdata time tag range
[ ? ..., ...,
  ? .. ?special commands, ? time tag interruptions ... 
  ? ... ;
  ? ..., ...,
  ? .. ?special commands, ? time tag interruptions ... 
  ? ... ;] ? max length covered DD:HH:mm:ss ;
example:
?The 1st copy starts @ C31001... (ends @ C31001...)
? There is no SONOFF Switch_On without calendar values. "F0F0F01A021A01" "F5F5F51A021A0137"
? There is no FMCLR "F0F0F05A00" "F5F5F55A005A"
? There is only one SONOFF Switch_Off."F0F0F01A021A00" "F5F5F51A021A0036" @ C31001...
?Followed by POFF "F0F0F04A02C33C" "F5F5F54A023CC34B" @ C31001...
?This ends the 1st segment. 
?The once an hour SONOFF Switch_On with calendar do appear near the half of every hour. "F0F0F01A0A1A01............0000" "F5F5F51A021A0137"
?
?Afterwards, the packets repeat starting @ C31001... (ends @ C31001...)
?The 2nd copy ends @ C31001... before EOF.

?-- EO template

?--- BO template0

?#2010-01-10_10-10-10-100a000 summary of time codes in ?BI packet header and ?BCU time tag: from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-10\10-10-10-100a000 ?
** #2010-01-10_10-10-10-100a000 ...
?bcu2010-01-10_10-10-10-100a000.hex .hex_samplingdata.csv , .hex_systemdata.csv

?2010-01-10/10-10-10-100/bcu2010-01-10_10-10-10-100a000.txt
 rev 99??? tly 99??? ??:??
= ?MB ? copies of BI packets,
?this is a template ? list of commands and events ?time tag interruptions / repetitive pieces in the record
?process: by ftp -> sparc11 /tmp -> sparc19 /tmp -> vi to insert  ahead of BI packet header to seperate BI packets into individual lines
= BI packet header range
[? C3YYMMDDHHmmss...,
  ...,
 ? C3... ?special commands, ? time tag interruptions ... 
 the 2nd copy started with 
 ? C3YYMMDDHHmmss, ...,
 the 2nd ended with ... 
 ? C3 ...] ? max length covered DD:HH:mm:ss ;
=BCU samplingdata time tag range
"#,type,M,D,m,H,s,50ms"
[ ? ..., ...,
  ? .. ?special commands, ? time tag interruptions ... 
  ? ... ;
  ? ..., ...,
  ? .. ?special commands, ? time tag interruptions ... 
  ? ... ;] ? max length covered DD:HH:mm:ss ;
=BCU systemdata time tag range
[ ? ..., ...,
  ? .. ?special commands, ? time tag interruptions ... 
  ? ... ;
  ? ..., ...,
  ? .. ?special commands, ? time tag interruptions ... 
  ? ... ;] ? max length covered DD:HH:mm:ss ;

?-- EO template0

* #2010-01-20_10-04-10-337c000 6.8MB 2 copies of BI packet header [C3100118015225,..., C3100118105336F0F0F03A00, C3100118105341F0F0F01A021A00F5F5F51A021A0036, C30000..., C3100118105342F0F0F04A02C33CF5F5F54A023CC34B; C3100118015232,..., the 2nd end repeats same 3 packets like the first copy C3100118105342...] length 09:01:11 ; SONOFF SwitchOff and POFF at the end of each copy, no FMCLR to BCU. D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-20\10-04-10-337\
** #2010-01-20_10-04-10-337c000 ...
bcu2010-01-20_10-04-10-337c000.hex bcu2010-01-20_10-04-10-337c000MRMVtelVf.gif bcu2010-01-20_10-04-10-337c000MDHmSampSys.gif bcu2010-01-20_10-04-10-337c000.hex_samplingdata.csv bcu2010-01-20_10-04-10-337c000.hex_systemdata.csv

2010-01-20/10-04-10-337/bcu2010-01-20_10-04-10-337c000.txt
  rev 99405 tly 99405 17:16
= 6.8MB 2 copies of BI packets,
= SONOFF SwitchOff and POFF at the end of each copy, no (@ BI packet time tag?)
{SONOFF SwitchOff - FMCLR - SONOFF SwitchOn w/o calencar} to BCU.
= BI packet header range
[C3100118015225F0F0F0...,
  ...,
 C3100118105336F0F0F03A00,
 C3100118105341F0F0F01A021A00F5F5F51A021A0036 SONOFF SwitchOff,
 C30000...,
 C3100118105342F0F0F04A02C33CF5F5F54A023CC34B POFF;
 the 2nd copy started with 
 C3100118015232, ...,
 the 2nd ended with the same 3 packets like the first copy until
 C3100118105342...]
= max length covered 09:01:11 ;
=BCU samplingdata time tag range
"#,type,M,D,m,H,s,50ms"
[1,0,1,18,36,1,14,14,...,
 4341,0,1,18,47,10,20,13 ;
 4342,0,1,18,36,1,22,7,
 8681,0,1,18,47,10,20,13]
=BCU systemdata time tag range
[61,1,1,18,16,1,0,0,1,0,3,1,
 4330,1,1,18,45,10,0,0,1,0,3,1;
 4401,1,1,18,16,1,0,0,1,0,3,1,
 8670,1,1,18,45,10,0,0,1,0,3,1]

* #2010-01-20_10-04-15-375b000 6.8MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-20\10-04-15-375b000 ?
** #2010-01-20_10-04-15-375b000 ...
?bcu2010-01-20_10-04-15-375b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

#2010-01-19_10-25-41-031b000 BI packet header 201001 17131252 to 18105342 length 21:40:50 ends with POFF to BCU. D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-19\10-25-41-031
** #2010-01-19_10-25-41-031b000 and #2010-01-19_10-27-54-694c000 appear to be the same set of data down linked at two incidences (two separate Kaluga pass overs).
bcu2010-01-19_10-25-41-031b000MRMVtelVf.gif bcu2010-01-19_10-25-41-031b000MDHmSampSys.gif bcu2010-01-19_10-25-41-031b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

2010-01-19/10-25-41-031/bcu2010-01-19_10-25-41-031b000.txt  99120 tly 99120 16:01

There are two copies of packet segments: 

The 1st copy starts @ C3100117131252 (ends @ C3100118105342)
  There is no SONOFF Switch_On without calendar values. "F0F0F01A021A01" "F5F5F51A021A0137"
  There is no FMCLR "F0F0F05A00" "F5F5F55A005A"
  There is only one SONOFF Switch_Off."F0F0F01A021A00" "F5F5F51A021A0036" @ C3100118105341
 Followed by POFF "F0F0F04A02C33C" "F5F5F54A023CC34B" @ C3100118105342
 This ends the 1st segment. 
 The once an hour SONOFF Switch_On with calendar do appear near the half of every hour. "F0F0F01A0A1A01............0000" "F5F5F51A021A0137"

Afterwards, the packets repeat starting @ C3100117130559 (ends @ C3100118015232)
 The 2nd copy ends @ C3100118015232 before EOF.

#2010-01-19_10-27-54-694c000" BI packet header 201001 17130559 (2nd head) to 18105342 (1st tail) length 20:47:43 ends with POFF to BCU." = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2010-01-19/10-27-56-694 的目錄 - note: all URL are relative to science/bcu_science.htm so that the report brief can be copied over to bcu_science.htm directly. D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-19\10-27-56-694
** #2010-01-19_10-25-41-031b000 and #2010-01-19_10-27-54-694c000 appear to be the same set of data down linked at two incidences (two separate Kaluga pass overs).
bcu2010-01-19_10-27-56-694c000MRMVtelVf.gif bcu2010-01-19_10-27-56-694c000MDHmSampSys.gif bcu2010-01-19_10-27-56-694c000.hex .hex_samplingdata.csv , .hex_systemdata.csv


bcu2010-01-19_10-27-54-694c000.txt 99120 rev tly 99120 15:30
2 copies of packets:

 1st copy BI packet time tag starts with 1001 17151543 to 1001 18105342,
  BCU Sampling Data time tag starts with ?????? ??????(??*50) to ?????? ??????(??*50)
 There is only one SONOFF Switch_Off."F0F0F01A021A00" "F5F5F51A021A0036" @ C3100118105341
  Followed by POFF "F0F0F04A02C33C" "F5F5F54A023CC34B" @ C3100118105342
  This ends the 1st segment. 

 The once an hour SONOFF Switch_On with calendar do appear near the half of every hour. "F0F0F01A0A1A01............0000" "F5F5F51A021A0137"

 2nd copy BI packet time tag starts with 1001 17130559 to 1001 18015232 , 
  BCU Sampling Data time tag starts with ?????? ??????(??*50) to ?????? ??????(??*50)
all are DAUL, 3*DAUL every 7 seconds.
BI packet header C31001... for C3YYMMDD... where DD may be 17 18 ...
searching for responses which is not DAUL with data "F5F5F53AB0..................."
 /F5F5F5........................00000000000000000000000000
 notice: this may also capture cases of a flash page full of 0's. F5F5F53AB000000...
...
  There is no SONOFF Switch_On without calendar values. "F0F0F01A021A01" "F5F5F51A021A0137"
  There is no FMCLR "F0F0F05A00" "F5F5F55A005A"

Afterwards, the packets repeat starting @ C3100117130559 (ends @ C3100118015232)
 The 2nd copy ends @ C3100118015232 before EOF.


2010/01/18             DIR   2010-01-18

* #2010-01-18_10-38-31-609b000 22.1MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-18\10-38-31-609b000 ?
** #2010-01-18_10-38-31-609b000 ...
?bcu2010-01-18_10-38-31-609b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


  "2010-01-20_09-07-57-093-"  
  "2010-01-20_09-07-47-800-"

2010/01/17             DIR   2010-01-17

* #2010-01-17_09-28-02-609b000 22.1MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-17\09-28-02-609b000 ?
** #2010-01-17_09-28-02-609b000 ...
?bcu2010-01-17_09-28-02-609b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-17_09-28-14-250c000 22.1MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-17\09-28-14-250c000 ?
** #2010-01-17_09-28-14-250c000 ...
?bcu2010-01-17_09-28-14-250c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-17_11-00-48-515b000 14.5MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-17\11-00-48-515b000 ?
** #2010-01-17_11-00-48-515b000 ...
?bcu2010-01-17_11-00-48-515b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-17_11-00-48-515b001 1.24MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-17\11-00-48-515b001 ?
** #2010-01-17_11-00-48-515b001 ...
?bcu2010-01-17_11-00-48-515b001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


  "#2010-01-17_11-00-48-515b002-"

* #2010-01-17_11-00-53-468c000 16.6MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-17\11-00-53-468c000 ?
** #2010-01-17_11-00-53-468c000 ...
?bcu2010-01-17_11-00-53-468c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


  "#2010-01-17_11-00-53-468c001-"

2010/01/16             DIR   2010-01-16

* #2010-01-16_09-47-58-407c000 9.1MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-16\09-47-58-407c000 ?
** #2010-01-16_09-47-58-407c000 ...
?bcu2010-01-16_09-47-58-407c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-16_09-47-58-407c001 10KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-16\09-47-58-407c001 ?
** #2010-01-16_09-47-58-407c001 ...
?bcu2010-01-16_09-47-58-407c001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-16_09-47-49-156b000 9.1MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-16\09-47-49-156b000 ?
** #2010-01-16_09-47-49-156b000 ...
?bcu2010-01-16_09-47-49-156b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-16_09-47-49-156b001 10KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-16\09-47-49-156b001 ?
** #2010-01-16_09-47-49-156b001 ...
?bcu2010-01-16_09-47-49-156b001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-16_11-27-21-576c000 6.6MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-16\11-27-21-576c000 ?
** #2010-01-16_11-27-21-576c000 ...
?bcu2010-01-16_11-27-21-576c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-16_11-27-16-609b000 7.0MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-16\11-27-16-609b000 ?
** #2010-01-16_11-27-16-609b000 ...
?bcu2010-01-16_11-27-16-609b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-16_11-27-16-609b001 10KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-16\11-27-16-609b001 ?
** #2010-01-16_11-27-16-609b001 ...
?bcu2010-01-16_11-27-16-609b001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


2010/01/15             DIR   2010-01-15

* #2010-01-15_11-49-10-795c000 1.8MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-15\11-49-10-795c000 ?
** #2010-01-15_11-49-10-795c000 ...
?bcu2010-01-15_11-49-10-795c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-15_10-09-33-929b000 16.6MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-15\10-09-33-929b000 ?
** #2010-01-15_10-09-33-929b000 ...
?bcu2010-01-15_10-09-33-929b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-15_10-09-33-929b001 3KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-15\10-09-33-929b001 ?
** #2010-01-15_10-09-33-929b001 ...
?bcu2010-01-15_10-09-33-929b001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-15_10-09-30-201c000 16.6MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-15\10-09-30-201c000 ?
** #2010-01-15_10-09-30-201c000 ...
?bcu2010-01-15_10-09-30-201c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-15_10-09-30-201c001 3KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-15\10-09-30-201c001 ?
** #2010-01-15_10-09-30-201c001 ...
?bcu2010-01-15_10-09-30-201c001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-15_11-52-13-217c000 4KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-15\11-52-13-217c000 ?
** #2010-01-15_11-52-13-217c000 ...
?bcu2010-01-15_11-52-13-217c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-15_11-52-13-217c004 1KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-15\11-52-13-217c004 ?
** #2010-01-15_11-52-13-217c004 ...
?bcu2010-01-15_11-52-13-217c004.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-15_11-49-11-576b000 1.8MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-15\11-49-11-576b000 ?
** #2010-01-15_11-49-11-576b000 ...
?bcu2010-01-15_11-49-11-576b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-15_11-49-11-576b001 4KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-15\11-49-11-576b001 ?
** #2010-01-15_11-49-11-576b001 ...
?bcu2010-01-15_11-49-11-576b001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


2010/01/14             DIR   2010-01-14

* #2010-01-14_10-30-51-221b000 22.1MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-14\10-30-51-221b000 ?
** #2010-01-14_10-30-51-221b000 ...
?bcu2010-01-14_10-30-51-221b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-14_12-03-35-125c000 13.2MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-14\12-03-35-125c000 ?
** #2010-01-14_12-03-35-125c000 ...
?bcu2010-01-14_12-03-35-125c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-14_12-03-35-125c001 3KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-14\12-03-35-125c001 ?
** #2010-01-14_12-03-35-125c001 ...
?bcu2010-01-14_12-03-35-125c001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-14_10-30-51-333c000 22.1MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-14\10-30-51-333c000 ?
** #2010-01-14_10-30-51-333c000 ...
?bcu2010-01-14_10-30-51-333c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-14_12-04-04-971b000 13.2MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-14\12-04-04-971b000 ?
** #2010-01-14_12-04-04-971b000 ...
?bcu2010-01-14_12-04-04-971b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-14_12-04-04-971b001 3KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-14\12-04-04-971b001 ?
** #2010-01-14_12-04-04-971b001 ...
?bcu2010-01-14_12-04-04-971b001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


2010/01/13             DIR   2010-01-13

* #2010-01-13_09-12-35-796b000 21.1MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-13\09-12-35-796b000 ?
** #2010-01-13_09-12-35-796b000 ...
?bcu2010-01-13_09-12-35-796b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-13_10-45-06-828b000 16.5MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-13\10-45-06-828b000 ?
** #2010-01-13_10-45-06-828b000 ...
?bcu2010-01-13_10-45-06-828b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


2010/01/12             DIR   2010-01-12

* #2010-01-12_11-11-49-296b000 14KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-12\11-11-49-296b000 ?
** #2010-01-12_11-11-49-296b000 ...
?bcu2010-01-12_11-11-49-296b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


2010/01/11             DIR   2010-01-11-

2010/01/10             DIR   2010-01-100
2010/01/09             DIR   2010-01-090
2010/01/08             DIR   2010-01-080
2010/01/07             DIR   2010-01-070
2010/01/06             DIR   2010-01-06

* #2010-01-06_09-59-58-421b000 232KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-06\09-59-58-421b000 ?
** #2010-01-06_09-59-58-421b000 ...
?bcu2010-01-06_09-59-58-421b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-06_09-59-58-421b001 1KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-06\09-59-58-421b001 ?
** #2010-01-06_09-59-58-421b001 ...
?bcu2010-01-06_09-59-58-421b001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-06_09-59-58-421b002 4.3MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-06\09-59-58-421b002 ?
** #2010-01-06_09-59-58-421b002 ...
?bcu2010-01-06_09-59-58-421b002.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-06_09-59-58-421b003 1.4MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-06\09-59-58-421b003 ?
** #2010-01-06_09-59-58-421b003 ...
?bcu2010-01-06_09-59-58-421b003.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-06_11-38-19-312b000 2.3MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-06\11-38-19-312b000 ?
** #2010-01-06_11-38-19-312b000 ...
?bcu2010-01-06_11-38-19-312b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


2010/01/05             DIR   2010-01-05

* #2010-01-05_10-20-26-734b000 7.2MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-05\10-20-26-734b000 ?
** #2010-01-05_10-20-26-734b000 ...
?bcu2010-01-05_10-20-26-734b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

? * #2010-01-05_12-00-41-609b000 6.6MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-05\12-00-41-609b000 ?
** #2010-01-05_12-00-41-609b000 ...
?bcu2010-01-05_12-00-41-609b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


2010/01/04             DIR   2010-01-04

* #2010-01-04_10-41-27-078b001 7.5MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-04\10-41-27-078b001 ?
** #2010-01-04_10-41-27-078b001 ...
?bcu2010-01-04_10-41-27-078b001.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


2010/01/03             DIR   2010-01-03

* #2010-01-03_09-22-41-562b000 16.6MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-03\09-22-41-562b000 ?
** #2010-01-03_09-22-41-562b000 ...
?bcu2010-01-03_09-22-41-562b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-03_10-57-34-532b000 801KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-03\10-57-34-532b000 ?
** #2010-01-03_10-57-34-532b000 ...
?bcu2010-01-03_10-57-34-532b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

2010/01/02             DIR   2010-01-02

* #2010-01-02_11-24-36-666c000 910KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-02\11-24-36-666c000 ?
** #2010-01-02_11-24-36-666c000 ...
?bcu2010-01-02_11-24-36-666c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-02_11-24-31-937b000 924KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-02\11-24-31-937b000 ?
** #2010-01-02_11-24-31-937b000 ...
?bcu2010-01-02_11-24-31-937b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


2010/01/01             DIR   2010-01-01

* #2010-01-01_10-04-36-218b000 16.6MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-01\10-04-36-218b000 ?
** #2010-01-01_10-04-36-218b000 ...
?bcu2010-01-01_10-04-36-218b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-01_10-04-43-234c000 10.9MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-02\10-04-43-234c000 ?
** #2010-01-02_10-04-43-234c000 ...
?bcu2010-01-02_10-04-43-234c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??


  "#2010-01-01_10-09-31-890-"

* #2010-01-01_11-47-09-546b000 2.0MB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-02\11-47-09-546b000 ?
** #2010-01-02_11-47-09-546b000 ...
?bcu2010-01-02_11-47-09-546b000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??

* #2010-01-01_11-47-17-093c000 457KB ?BI packet header from YYYYMM DDHHmmss to ... length ??:??:?? ends with ?POFF to BCU. ?D:\temp\mvmc\mvmc-nspotr\nspotr98a19TereshkovKaluga\science\2010-01-02\11-47-17-093c000 ?
** #2010-01-02_11-47-17-093c000 ...
?bcu2010-01-02_11-47-17-093c000.hex .hex_samplingdata.csv , .hex_systemdata.csv

? rev 99??? tly 99??? ??:??




= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-31-/10-26-07-250- 的目錄
C_004_UT2_512-525__MAC.txt

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-31-/10-26-04-828- 的目錄
B_003_UT2_512-525__MAC.txt

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-31-/08-46-27-703- 的目錄
bcu2009-12-31_08-46-27-703-.txt
b000.hex_systemdata.csv
b000.hex_samplingdata.csv
b000.hex
B_000_UT2_512-525__MAC.bin

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-31-/08-46-25-062- 的目錄
c000.hex_systemdata.csv
c000.hex_samplingdata.csv
c000.hex
C_000_UT2_512-525__MAC.bin
bcu2009-12-31_08-46-25-062-.txt

#2009-12-30_09-06-02-910c000 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-30/09-06-02-910 的目錄 bcu2009-12-30_09-06-02-910c000tempsys.gif bcu2009-12-30_09-06-02-910c000.temp1samplingsys.gif bcu2009-12-30_09-06-02-910c000mrmvtelvf.gif bcu2009-12-30_09-06-02-910c000.txt bcu2009-12-30_09-06-02-910c000.hex c000.hex_systemdata.csv c000.hex_samplingdata.csv c000.hex.txt c000.hex C_000_UT2_512-525__BCU.bin

...


= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-29/09-29-08-546- 的目錄
B_000_UT2_512-525__MAC.txt

#2009-12-29_09-29-05-156c000 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-29/09-29-05-156 的目錄 bcu2009-12-29_09-29-05-156c000tempsys.gif bcu2009-12-29_09-29-05-156c000temp1samplingsys.gif bcu2009-12-29_09-29-05-156c000allsampling.gif bcu2009-12-29_09-29-05-156c000.txt bcu2009-12-29_09-29-05-156c000.hex c000.hex_systemdata.csv c000.hex_samplingdata.csv c000.hex.txt c000.hex C_000_UT2_512-525__BCU.bin

...


= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-25-/10-52-56-718- 的目錄
bcu2009-12-25_10-52-56-718b000-.txt
bcu2009-12-25_10-52-56-718b000-.hex
b000.hex_systemdata.csv
b000.hex_samplingdata.csv
b000.hex
B_002_UT2_512-525__MAC.txt
B_000_UT2_512-525__MAC.txt
B_000_UT2_512-525__MAC.bin

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-25-/10-52-53-625- 的目錄
c000.hex_systemdata.csv
c000.hex_samplingdata.csv
c000.hex
C_000_UT2_512-525__MAC.bin
bcu2009-12-25_10-52-53-625c000-.txt
bcu2009-12-25_10-52-53-625c000-.hex

#2009-12-22_10-16-21-609b000 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-22/10-16-21-609 的目錄 - note: all URL are relative to science/bcu_science.htm so that the report brief can be copied over to bcu_science.htm directly. bcu2009-12-22_10-16-21-609b000tempsys.gif bcu2009-12-22_10-16-21-609b000temp1samplingsys.gif bcu2009-12-22_10-16-21-609b000mrmvtelvf.gif bcu2009-12-22_10-16-21-609b000.hex b000.hex_systemdata.csv b000.hex_samplingdata.csv b000.hex.txt b000.hex B_000_UT2_512-525__BCU.txt B_000_UT2_512-525__BCU.bin

bcu2009-12-22_10-16-21-609b000.txt 98c24 rev tly 98c24  99102 15:29
2 copies of packets:
 1st copy BI packet time tag starts with 091221 103916 to 104344,
  BCU Sampling Data time tag starts with   1221 103910(0*50) to 104142(11*50)
 2nd copy BI packet time tag starts with 091221 104117 to 104344,
  BCU Sampling Data time tag starts with   1221 103910(0*50) to 104142(11*50)
all are DAUL, 3*DAUL every 7 seconds.



= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-22/10-16-26-4680 的目錄
C_000_UT2_512-525__BCU.txt
C_000_UT2_512-525__BCU.bin

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-21-/10-38-21-468- 的目錄
c003.hex_systemdata.csv
c003.hex_samplingdata.csv
c003.hex.txt
c003.hex
C_003_UT2_512-525__MAC.txt
C_003_UT2_512-525__MAC.bin

#2009-12-20_10-55-54-113b000 "BCU in-flight sensor data for one full day - orbit circulations!" = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-55-54-113 的目錄 - note: all URL are relative to science/bcu_science.htm so that the report brief can be copied over to bcu_science.htm directly. bcu2009-12-20_10-55-54-113b000vtelvf.gif bcu2009-12-20_10-55-54-113b000timeSample_Sys.gif bcu2009-12-20_10-55-54-113b000tempsys.gif bcu2009-12-20_10-55-54-113b000temp1samplingyss.gif bcu2009-12-20_10-55-54-113b000mrmvtelvf.gif bcu2009-12-20_10-55-54-113b000mrm.gif bcu2009-12-20_10-55-54-113b000.hex b000.hex_systemdata.csv b000.hex_samplingdata.csv b000.hex.txt b000.hex B_000_UT2_512-525__BCU.txt B_000_UT2_512-525__BCU.bin

bcu2009-12-20_10-55-54-113b000.txt 98c24 rev tly 99102 15:34

1 copies of packets:
 1st copy BI packet time tag starts with 091219 112401 to 091220 110016, for 23:36:15 
  BCU Sampling Data time tag starts with   1219 112049(13*50) to  1220 110014(06*50), for 23:39:25
    messed up at 12,19,39,11,24,14, from 7,0,0,0,0,5, to 7,0,59,0,2,4,  recovered to  12,19,38,12,41,6,  ended  12,20,0,11,14,6,
  BCU System Data   time tag starts with 12,19,11,11,0,0,1,0,1,1,???? ??????(??*50) to   ???? ??????(??*50)
    messed up at 12,19,39,11,38,2,1,0,3,1, from 7,0,1,0,0,0,1,0,3,1, to 7,0,59,0,2,13,1,0,3,1, recovered to 12,19,39,12,0,0,1,0,3,1, ended 12,20,56,10,0,0,1,0,3,1

Commands & Responses: POFF, FMCLR - caused BCU time tag mess up, luckily once an our SONOFF Switch_On with calendar value rescued the time tag in the rest of data.
all DAUL are still: 3*DAUL every 7 seconds.
searching for responses which is not DAUL with data "F5F5F53AB0..................."
 /F5F5F5........................00000000000000000000000000
 notice: this may also capture cases of a flash page full of 0's. F5F5F53AB000000...

00) C3091219112401F0F0F03A00F5F5F53AB0FAFAFA64D45E2D1760A558DD2CA7ACC114A6402AEC4...00000000000000000000000000000000FC
...
0) C3091219112805F0F0F03A00F5F5F53AB01C4BBC2158FB443BC8E5A864D65872148CA754D9D4A...000000000000000000000000000000000B4
1) C3091219112811F0F0F01A021A00F5F5F51A021A0036000000000000000000000000000000000...00000000000000000000000000000000092
2) C3000000000000000000000000000000000000000000000000000000000000000000000000000...00000000000000000000000000000000000
3) C3091219112812F0F0F04A02C33CF5F5F54A023CC34B000000000000000000000000000000000...000000000000000000000000000000000D2
4) C3091219112812F0F0F03A0000000000000000000000000000000000000000000000000000000...0000000000000000000000000000000004C
5) C3091219112812F0F0F03A0000000000000000000000000000000000000000000000000000000...0000000000000000000000000000000004C
6) C3091219113840F0F0F01A0A1A01090C130B26270000F5F5F51A021A013700000000000000000...0000000000000000000000000000000005C
...

2.1) BI packet time tag started with 091219 112401 continued
        to the end as 091220 110016. 

  The BCU time tag attached to the sampling_data segments obtained by DAUL
    are decoded into the following file
     http://mvmc.me.ncu.edu.tw/nspotr/science/2009-12-20/10-55-54-113/b000.hex_samplingdata.csv
    and are plotted in 
     http://mvmc.me.ncu.edu.tw/nspotr/science/2009-12-20/10-55-54-113/bcu2009-12-20_10-55-54-113b000timeSample_Sys.gif
  ** Caution: In the csv (colon separated value) file,
         the order calendar parameters of hour and minute 
           is reversed as the way they are arranged in Flash Memory
            to match word boundary.
     They are listed as MM,DD,mm,HH,ss,fs in the file for MMDD HH:mm:ss.(fs*50).

 2.2) BCU Sampling Data time tag started with 1219 11:20:49.(13*50) to 1220 11:00:14.(06*50)
 2.2.a) **!! It was messed up by the after FMCLR
   "SONOFF Switch_On with calendar parameters missing" at 1219 11:39:24.(14*50),
    and the messed up time tag started from the BCU default 0700 0:0:0.(5*50), 
     and stopped at 0700 00:59:02.(4*50)
 2.2.b) **!! Luckily, BI team did implement the once an hour time sync - 
  "SONOFF Switch_On with calendar parameters" in the 59th minute of every hour!!   whence the BCU time tag got reset properly to  1219 12:38:41.*(06*50),
    the hourly time tag reset continued to the end of data.
      The time tag for the last data was 1220 11:00:14.(06*50), 

The BCU time tag attached to the system_data segments showed similar results
 http://mvmc.me.ncu.edu.tw/nspotr/science/2009-12-20/10-55-54-113/b000.hex_systemdata.csv
 and are plotted in
   http://mvmc.me.ncu.edu.tw/nspotr/science/2009-12-20/10-55-54-113/bcu2009-12-20_10-55-54-113b000timeSample_Sys.gif
 ** Caution: In the csv (colon separated value) file,
 the order calendar parameters of hour and minute is also reversed as 
     MM,DD,mm,HH,ss,fs in the file for MMDD HH:mm:ss.(fs*50).

 2.3) BCU System Data time tag started with 1219 11:11:0.(0*50)
 2.3.a) Was messed up at 1219 11:39:38.(02*50) became 0700 0:1:0.(0*50),
 2.3.b) The messed up timer was reset by hourly time sync at 0700 0:59:2.(13*50),
      The time tag restarted from 1219 12:39:0.(0*50), 
       continued to the end of data as 1220 10:56:0.(0*50), with hourly resets.

...

#2009-12-20_10-57-19-171c013 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-57-19-171 的目錄 bcu2009-12-20_10-57-19-171c013vtelvf.gif bcu2009-12-20_10-57-19-171c013temp1samplingsys.gif bcu2009-12-20_10-57-19-171c013mrmvtelvf.gif bcu2009-12-20_10-57-19-171c013mrm.gif bcu2009-12-20_10-57-19-171c013.hex

bcu2009-12-20_10-57-19-171c013.txt  rev tly 99102 15:40
...


= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-57-19-171 的目錄
C_013_UT2_512-525__BCU.txt
C_013_UT2_512-525__BCU.bin
c013.hex_systemdata.csv
c013.hex_samplingdata.csv
c013.hex.txt
c013.hex

#2009-12-20_10-57-19-171c004 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-57-19-171 的目錄 bcu2009-12-20_10-57-19-171c004vtelvf.gif bcu2009-12-20_10-57-19-171c004tempsys.gif bcu2009-12-20_10-57-19-171c004temp1samplingsys.gif bcu2009-12-20_10-57-19-171c004mrmvtelvf.gif bcu2009-12-20_10-57-19-171c004mrm.gif bcu2009-12-20_10-57-19-171c004.hex C_004_UT2_512-525__BCU.txt C_004_UT2_512-525__BCU.bin c004.hex_systemdata.csv c004.hex_samplingdata.csv c004.hex.txt c004.hex

bcu2009-12-20_10-57-19-171c004.txt rev tly 99102 15:40
...

#2009-12-20_10-57-19-171c000 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-57-19-171 的目錄 bcu2009-12-20_10-57-19-171c000vtelvf.gif bcu2009-12-20_10-57-19-171c000tempsys.gif bcu2009-12-20_10-57-19-171c000temp1samplingsys.gif bcu2009-12-20_10-57-19-171c000mrmvtelvf.gif bcu2009-12-20_10-57-19-171c000mrm.gif bcu2009-12-20_10-57-19-171c000.hex C_000_UT2_512-525__BCU.txt C_000_UT2_512-525__BCU.bin c000.hex_systemdata.csv c000.hex_samplingdata.csv c000.hex.txt c000.hex

bcu2009-12-20_10-57-19-171c000.txt rev tly 99102 15:40
...



= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-57-19-171 的目錄
bcu2009-12-20_10-57-19-171c012-.txt
bcu2009-12-20_10-57-19-171c012-.hex
c012.hex_systemdata.csv
c012.hex_samplingdata.csv
c012.hex
C_012_UT2_512-525__BCU.txt
C_012_UT2_512-525__BCU.bin

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-57-19-171 的目錄
bcu2009-12-20_10-57-19-171c009-.txt
bcu2009-12-20_10-57-19-171c009-.hex
c009.hex_systemdata.csv
c009.hex_samplingdata.csv
c009.hex
C_009_UT2_512-525__BCU.txt
C_009_UT2_512-525__BCU.bin

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-57-19-171 的目錄
bcu2009-12-20_10-57-19-171c008-.txt
bcu2009-12-20_10-57-19-171c008-.hex
c008.hex_systemdata.csv
c008.hex_samplingdata.csv
c008.hex
C_008_UT2_512-525__BCU.txt
C_008_UT2_512-525__BCU.bin

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-57-19-171 的目錄
bcu2009-12-20_10-57-19-171c005-.txt
bcu2009-12-20_10-57-19-171c005-.hex
c005.hex_systemdata.csv
c005.hex_samplingdata.csv
c005.hex
C_005_UT2_512-525__BCU.txt
C_005_UT2_512-525__BCU.bin

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-20/10-57-19-171 的目錄
bcu2009-12-20_10-57-19-171c002-.txt
bcu2009-12-20_10-57-19-171c002-.hex
c002.hex_systemdata.csv
c002.hex_samplingdata.csv
c002.hex
C_002_UT2_512-525__BCU.txt
C_002_UT2_512-525__BCU.bin

#2009-12-18_11-40-56-906b001 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-18/11-40-56-906/ 的目錄 bcu2009-12-18_11-40-56-906b001vtelvf.gif bcu2009-12-18_11-40-56-906b001tempsys.gif bcu2009-12-18_11-40-56-906b001temp1samplingsys.gif bcu2009-12-18_11-40-56-906b001mrmvtelvf.gif bcu2009-12-18_11-40-56-906b001mrm.gif bcu2009-12-18_11-40-56-906b001.hex b001.hex_systemdata.csv b001.hex_samplingdata.csv b001.hex.txt b001.hex B_001_UT2_512-525__BCU.txt B_001_UT2_512-525__BCU.bin

bcu2009-12-18_11-40-56-906b001.txt rev tly 99102 15:46
...

#2009-12-18_11-35-34-625c009 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-18/11-35-34-625/ 的目錄 bcu2009-12-18_11-35-34-625c009vtelvf.gif bcu2009-12-18_11-35-34-625c009tempsys.gif bcu2009-12-18_11-35-34-625c009temp1samplingsys.gif bcu2009-12-18_11-35-34-625c009mrmvtelvf.gif bcu2009-12-18_11-35-34-625c009mrm.gif bcu2009-12-18_11-35-34-625c009.hex C_009_UT2_512-525__BCU.txt C_009_UT2_512-525__BCU.bin c009.hex_systemdata.csv c009.hex_samplingdata.csv c009.hex.txt c009.hex

bcu2009-12-18_11-35-34-625c009.txt rev tly 99102 15:46
...

#2009-12-18_11-35-34-625c007 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-18/11-35-34-625/ 的目錄 bcu2009-12-18_11-35-34-625c007vtelvf.gif bcu2009-12-18_11-35-34-625c007tempsys.gif bcu2009-12-18_11-35-34-625c007temp1samplingsys.gif bcu2009-12-18_11-35-34-625c007mrmvtelvf.gif bcu2009-12-18_11-35-34-625c007mrm.gif bcu2009-12-18_11-35-34-625c007.hex c007.hex_systemdata.csv c007.hex_samplingdata.csv c007.hex.txt c007.hex C_007_UT2_512-525__BCU.txt C_007_UT2_512-525__BCU.bin

bcu2009-12-18_11-35-34-625c007.txt rev tly 99102 15:46
...



= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-18/11-35-34-625 的目錄
bcu2009-12-18_11-35-34-625c008.txt
C_008_UT2_512-525__BCU0.bin

#2009-12-18_10-01-33-078b000 = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-18/10-01-33-078/ 的目錄 bcu2009-12-18_10-01-33-078b000vtelvf.gif bcu2009-12-18_10-01-33-078b000tempsys.gif bcu2009-12-18_10-01-33-078b000temp1samplingsys.gif bcu2009-12-18_10-01-33-078b000mrmvtelvf.gif bcu2009-12-18_10-01-33-078b000mrm.gif bcu2009-12-18_10-01-33-078b000.hex b000.hex_systemdata.csv b000.hex_samplingdata.csv b000.hex.txt b000.hex B_000_UT2_512-525__BCU.txt B_000_UT2_512-525__BCU.bin

bcu2009-12-18_10-01-33-078b000.txt rev tly 99102 15:46
...


= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-170/12-02-05-593 的目錄
C_000_UT2_512-525__BCU.bin

bcu2009-12-16_09-03-25-156b000.txt  rev tly 98c23 04:54;
*Two sets of BI packets transmitted:
 = 1st set: BI header Starts from 091215 092709 , ends at 091216 090350 , for 23:36:41. in the front there is a period of noisy corruptions. 
   BCU Sampling_Data time tag shows Start: 091215 014758 , ends at 091216 041556 , for 26:27:58
 = 2nd set: BI header Starts from 091215 092709 , ends at 091216 004622 , for 15:19:13.
   BCU Sampling_Data time tag shows Start: 091215 014805 , ends at 091215 191651 , for 17:28:46
 * BI Packet Calendar runs slower than the Time Tags in BCU Flash Page Data obtained by DAUL, the ratio is 1.12 and 1.14 respectively corresponding to 1.088 obtained by Time_Flash_Page = 1/((1/sec_Sampling_Data_page)+(1/sec_System_Data_page)) / Time_DAUL where Time_DAUL=7, sec_Sampling_Data_page=7.65 and sec_System_Data_page = 1740. i
     (Ref: nspotr_bcu_DataFmt071205lefteye080429tly.doc),
    scalet=[60*[60*[24 1] 1] 1]', (([16 04 15 56]-[15 01 47 58])*scalet) / (([16 09 03 50]-[15 09 27 09])*scalet), (([15 19 16 51]-[15 01 48 05])*scalet) / (([16 00 46 22]-[15 09 27 09])*scalet), 
    Time_DAUL=7, sec_Sampling_Data_page=7.65, sec_System_Data_page = 1740, Time_Flash_Page = (1/((1/sec_Sampling_Data_page)+(1/sec_System_Data_page))) / Time_DAUL ,
* All are DAUL command and response sent 3 consecutively every 7 seconds.

* BI packets are corrupted sporadically.
* In-flight sensor data MRM-x y z shows 16 circulations in consistence with the cycles of ETP-VTEL VF ground level variations.
  MRM-z did not change priority, Both MRM-z MRM-y swinged to similar maximum magnitude, MRM-x swinged about only 1/3 the amount of the other two axes.
  MRM-z is the RAM direction, y - the NADIR direction , x - the right hand direction if standing upwards the Zenith dir facing the RAM dir. 
 (Ref:  nspotr_bcu_elec_connect97501.doc)
* Temperatures on the 6 faces of the box are relatively constant through out the day.
...



#2009-12-15

bcu2009-12-15_10-58-57-718b001.txt  rev tly 98c19 c23 99103 08:12; 
Onesetofpackets:
 BI packet header Starts from 091214 120723 , ends at 091214 171056 , for 5:3:33.
  BCU sampling data, however, is dated 091208, starts 222646, ends around 091209 025048 , for 04:24:02 (Strange, it is shorter than the duration of BI time tags.)

!!!Great!!! Apparently BCU in-flight sensor data was revealed THE FIRST TIME (After 2009,10,26 FMCLR): ...


High Lights: 
 C3091214130723 F0F0F01A0A1A01090C0E0D07170000 F5F5F51A021A0137 0..0 D9
...
SONOFF Switch_Off
 C3091214130820F0F0F01A021A00F5F5F51D0200012 0...0 52
FMCLR , ERREP ERR_Checksum
 C3091214130821F0F0F05A00F5F5F51D02000221 0..0 79
Switch_On without calender info
 C3091214130822F0F0F01A021A01F5F5F51A021A0137 0..0 83
DAUL 3 consecutive every 7 seconds: 
 C3091214130823 F0F0F03A00 F5F5F53AB0 FAFAFA ...   0..0 6D
 C3091214130823 F0F0F03A00 F5F5F53AB0 ...          0..0 EF
 C3091214130823 F0F0F03A00 F5F5F53AB0 ... 74AFAFAF 0..0 1B
...
Ends with 
 C3091214171056 F0F0F03A00 F5F5F53AB0 ... 70AFAFAF 0000000000000000000000007A0000000000000000000000000000
----
...




= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-15/09-26-06-250-/ 的目錄
bcu2009-12-15-09_26_06_250-c004.hex
bcu2009-12-15_09-26-06-250c004.txt
c004.hex_systemdata.csv
c004.hex_samplingdata.csv
c004.hex
C_004_UT2_512-525__BCU.bin
C_003_UT2_512-525__BCU.txt

= D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-12-13-/11-40-54-906-/ 的目錄
t.hex_systemdata.csv
bcu2009-12-13_11-40-54-906b001.txt
bcu2009-12-13_11-40-54-906b001.hex
b001.hex_systemdata.csv
b001.hex_samplingdata.csv
b001.hex.txt
b001.hex
B_001_UT2_512-525__MAC.bin

...

#2009-10-26FMCLRb000 "FMCLR once unsuccessful - ERREP ERR_Checksum" = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-10-26FMCLR/ 的目錄 bcu2009-10-26FMCLRb000tempsys.gif bcu2009-10-26FMCLRb000temp1samplingsys.gif bcu2009-10-26FMCLRb000mrmvtelvf.gif bcu2009-10-26FMCLRb000.txt bcu2009-10-26FMCLRb000.hex bcu2009-10-26FMCLRb000.doc t512-525.txt t512-525.hex_systemdata.csv t512-525.hex_samplingdata.csv t.txt nspotr98b02test2.txt nspotr98b02test1.txt bcu2009-10-26FMCLRb000.hex_systemdata.csv bcu2009-10-26FMCLRb000.hex_samplingdata.csv bcu2009-10-26FMCLRb000.hex.txt B_000_UT2_512-525_Packets.hex

...

#2009-09-21circle52 "First in-flight BI BCU command and response - confirms "DIGITAL SYSTEM OK"!!" = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-09-21circle52/ 的目錄 bcu2009-09-21circle52tempsys.gif bcu2009-09-21circle52temp1samplingsys.gif bcu2009-09-21circle52mrmvtelvf.gif bcu2009-09-21circle52Tereshkov.doc bcu2009-09-21circle52.hex bcu2009-09-21circle52.txt BCUcir520.txt BCUcir52.hex_systemdata.csv BCUcir52.hex_samplingdata.csv BCUcir52.hex.txt BCUcir52.hex

...

#2009-07-14test = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-07-14test/ 的目錄 bcu2009-07-14testtempsys.gif bcu2009-07-14testtemp1samplingsys.gif bcu2009-07-14testmrmvtelvf.gif bcu2009-07-14test.txt bcu2009-07-14test.hex t7b20syd204.csv t7b20syd0.csv t7b20syd.csv t7b20smd204.csv t7b20smd0.csv t7b20smd.csv t7b20-bcucsv_p.mat t7b20.hex_systemdata.csv t7b20.hex_samplingdata.csv t7b20.hex.txt t7b20.hex

...

#2009-06-24test = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-06-24test/ 的目錄 bcu2009-06-24testtemp1samplingsys.gif bcu2009-06-24testmrmvtelvf.gif bcu2009-06-24testbcucsv_p.mat bcu2009-06-24test.txt bcu2009-06-24testQ.doc bcu2009-06-24test.hex bcu2009-06-24test.hex_systemdata.csv bcu2009-06-24test.hex_samplingdata.csv bcu2009-06-24test.hex.txt

...

#2009-01-26test = D:/temp/mvmc/mvmc-nspotr/nspotr98a19TereshkovKaluga/science/2009-01-26test/ 的目錄 bcu2009-01-26testtemp1samplingsys.gif bcu2009-01-26testmrmvtelvf.gif bcu2009-01-26testdalex.txt bcu2009-01-26testdalex.doc bcu2009-01-26test.txt bcu2009-01-26test.hex bcu2009-01-26test.hex_systemdata.csv bcu2009-01-26test.hex_samplingdata.csv bcu2009-01-26test.hex.txt

...


===***== End of Data Sections ==***===

===**== #orbit: 有關 orbit 的 說明資料 在這裡: ==***===
About the calendar time on Tatiana 2 :
Moscow Standard Time: MSK MCK UTC+3, (in summer Moscow uses MSD UTC+4),
Other Time Abbreviation: Greenwich Mean GMT UTC0; China Standard Time 中原標準時間 UTC+8;
 USA Canada: ET ~ East Coast Time, Eastern Standard / Daylight Time (EST / EDT) = GMT-4 / -5
   USA Time Zones: Alaska Time | Central Time CST | Eastern Time | Hawaii Time | Mountain Time | Pacific Time

Orbit parameters: Tatiana Universitetsky 2 was deployed into a heliosynchronous orbit.
Draconic period Tdr = 101.30655 min (6078.3921 sec);
Average altitude Aavg = 832.22 (827-836) km; Mean altitude anomaly: 815-850 km;
Inclination I = 98.786 degrees; Eccentricity = 0.00112;
Longitude of the ascending node: 134 degrees; Interval between revolutions: -25.327 degrees
Local time on equator on the ascendint part of the orbit LT = 8.93 hours;
Multiplicity: 14 days; Revolutions per Day: 14.21429;
Duration of the illuminated part of the orbit: 74.5 min;

--- nspotr BCUdata production direct from RU
From: dalex@jupiter.ss.ncu.edu.tw Tue Jan 19 12:01:59 2010

In the folder Kaluga/Science/ you can find the recent in-flight data from BCU.
 Those data are processed in order to eliminate the errors and gaps,
 originated from a radio noise during telemetry seances.

In the folder Kaluga/Orbit/ you can find the parameters of Taiana-2 orbit,
 which are provided in TLE files almost every day.
 The orbital parameters are calculated on the base of data from GPS receiver
 onboard Tatiana-2.

Everywhere at ftp-site the time is represented as MSK = GMT + 3 h !!!

The satellite is 3-axis stabilized.
 One axis is always pointed toward Nadir,
another (associated with the solar arrays) - toward the sun.
 A little destabilization of the later axis can appear,
 when the satellite passes trough the shadow region.
 However, the orientation is quickly restored
 right after the satellite returns to the sunlight region.
Sincerely yours,
Alexei

---
http://www.spacetrackr.com/#settings
 v show name, v foot print, v trajectories, filter v sinp msu v Tatiana2
 {mvmc-nspotr , MVMCLabHTML\nspotr }\orbit-tatiana-spacetrackr.gif
 

NORAD TLE two line elements: >http://science.nasa.gov/Realtime/rocket_sci/orbmech/state/2line.html
http://science.nasa.gov/Realtime/rocket_sci/orbmech/state/2line.gif -> {mvmc-nspotr , MVMCLabHTML\nspotr }/ orbit-2line-tle-norad-nasa.gif
 
 

克卜勒元素 (八個 elements)
 http://www.amsat.org/amsat/keps/kepmodel.html
 http://zh.wikipedia.org/wiki/軌道根數:
  1) epoch time T0,
  2) 軌道傾角 orbit inclination (wrt equatorial plane 赤道面, two planes intersection - line of nodes),
  3) 升交點黃經 longitude of ascending node (right ascension {vernal equinox 春分日升點 - 即 太陽相對地球軌道面的 ascending node} 夾角 of ascending node RAAN O0),
  4) 離心率 eccentricity ecce e,
  5) 近日點輻角 argument {angle} of perihelion ARGP W0
   (橢圓長軸線 major axis 的兩端apsis->複數 apsides: perigee - periapsis 近日點, apogee 遠日點,
    連線是 line of apsides 即長軸線) wrt RAAN,
  6) (size of orbit) mean motion N0 orbit period (average speed, revolutions per day) or 半長軸 semimajor axis SMA,
  7) mean anomaly (angle) M0 MA phase (location of satellite in orbit @ epoch time) time of periapsis passage,
     在指定曆元 epoch time 的平均近點角 time in period wrt 0-360 deg where perigee MA=0, apogee MA=180,
     若以 phase 標示 則是把一個週期分成 256ticks,
  8) drag N1 0.5*(mean motion 的變化率 revolution / day / day, 一般 越來越慢? 值很小, 也會變成負值);
 -1) attitude Bahn Coordinate latitude longitude wrt center of satellite to earth @ perigee,
     e.g. @apogee (0,180) means pointing toward earth,
 -2) epoch rev : revolution number of the satellite since launch @ epoch time, NORAD data usually wrong on this;
  註: 太陽軌道的傾角 Obliquity of The Ecliptic 即 23.5度 回歸線緯度, 
  http://zh.wikipedia.org/wiki/迪卡兒座標 ,
  http://zh.wikipedia.org/wiki/軌道狀態向量  , 

*  軌道坐標公式和理論 - 第一章光學天文望遠鏡基礎  
* http://www.tuc.nrao.edu/~jcheng/magweb/forum/orbit_files/image001.gif -> {mvmc-nspotr , MVMCLabHTML\nspotr} \  orbit-kepler-jcheng_tuc_naro_edu.gif
  
*  The most wonderful, interesting, and comprehensive book in astronomical telescope design:
 The Principles of Astronomical Telescope Design, Jingquan Cheng, Springer 2009,
  http://www.tuc.nrao.edu/~jcheng/magweb/teleenglish.htm 

===**== End of #orbit: 有關 orbit 的 說明資料 在這裡:==***===

#jhk482001tracker:
---- 怡傑的  sgp4 trackstar26a , nspo SUN_ECI 等 定義的 細節
作者 jhk482001 (EJ~~~~~~) Thu Jan 14 10:43:06 2010 看板  G_MVMC
標題  Re: nspotr怡傑計算軌道的結果在那裡

Azimuth definition http://www.heavens-above.com/images/azel.gif -> azimuth_altitude_heavens-above.gif
ECI Earth Centered Inertia coordinate 貫性座標系 只有元點放在地心移動, 方向不會轉動 ; 平行赤道 平行自轉軸 平行春秋分線 黃道 Ecliptic 與 赤道 Equator 的相交線;
  http://celestrak.com/columns/v02n01/ -> eci-coordinate-celestrak.gif
  http://www.davincisworld.com/Satellites/OrbitalDynamics.htm and many other contents http://www.davincisworld.com/DVhome.htm
，X軸的方向是地球春分點(Vernal Equinox)的方向，
  Z軸是地球自轉軸，Y軸由X軸和Z軸所決定
ECEF Earth Centered Earth Fixed - 如同 赤經赤緯 座標 - GMT 經0度與赤道焦點為 x軸, z為自轉軸;
黃經黃緯 也是以地心為原點 但是 緯度是平行 黃道面 - 地球公轉軌道的平面 i.e. 地球上看到 太陽所在的平面; 
  6DOF ECEF http://www.mathworks.com/access/helpdesk/help/toolbox/aeroblks/6dofecefquaternion.html -> eci-ecef-mathworks.gif
   
  


tly: altitude 是從地心開始算嗎 850KM 高 的軌道? 地殼的 altitude 大約多少 赤道? 南北極?
1250→怡傑: 阿  抱歉，  altitude是sea level (in meters)
tly: 可是根據你的 data 畫出來是 850 上下, 單位應該是 軌道特性所說的 850KM, 這樣你的 orbit data 檔裡的向量 對不對ㄚ, 你的向量是用 sgp4? lat long 呢?
tly: 我正要開始畫 3D圖
1250→怡傑: ＠＠     我確認一下   因為地心到地表   距離是6378km
1250→怡傑: 向量那些應該都沒錯   是用官方釋出的程式產生的，不是我的
tly: 那講 altitude 的話 是相對於 當地的 sea level 還是相對於 赤道的 sea level? 你講的6378KM 是赤道半徑嗎? 南北極半徑是多少
1250→怡傑: 哇咧...他沒講這麼清楚   我找找看有沒有資料 應該是統一的, lat long應該是他自己轉換的
tly: sun_eci startracker26a 那個是sgp4? datamerger 是你自己寫的嗎
1250→怡傑: sun_ECI 是我根據太空中心之前給我的 太陽ECI MODULE 寫的
1250→怡傑: startracker26a  是sgp4 ，是celestrek官方釋出的
1250→怡傑: datamerger是我跟粗勇寫的
1250→怡傑: 赤道&南北極半徑我查一下
tly: sun_eci 只是算太陽位置?
1250→怡傑: 對
1250→怡傑: 赤道半徑是6378公里   南北極半徑都少21，是6357公里, 詳細數字是： 平均半徑： 6,372.797 km 赤道半徑： 6,378.137 km 兩極半徑： 6,356.752 km
tly: 向量都是 meter 為單位? 1250→怡傑: 不是, tly: km? 1250→怡傑: 對
1250→怡傑: 只有剛剛說得altitude是 meter
1250→怡傑: 我放了一個檔案到\\140.115.66.87\共用備份區\jhk482001\100113_衛星軌道分析 檔名是TRAKSTAR_jhk482001_100118.doc , 這是trakstar26a 程式的官方說明文件，我把他複製到word上面，把我們用到的地方用紅色標起來, 有講到單位部份

tly99124: 可是看 kakinami 讀完你的檔後 alt 就直接畫 就是km, http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001/bculatly99124.m , 可是 畫出來的圖 就是 830上下
tly99124: http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonRaw121908-12ut.gif
tly99124: http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonPhys121908-12ut.gif
tly99124: http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonRaw121911-15ut.gif
tly99124: http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonPhys121911-15ut.gif
tlyoldwrong: 可是看 kakinami 讀完你的檔後 alt 就直接畫 就是km, http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001/bculatly99115.m , 可是 畫出來的圖 就是 830上下
tlyoldwrong: http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonRaw121908-12.gif
tlyoldwrong: http://mvmc.me.ncu.edu.tw/nspotr/orbit-jhk482001/bcu2009-12-20_10-55-54-113b000latlonPhys121908-12.gif

1250→怡傑: 之前沒注意到orz   我現在寄信跟他說, 應該是因為   我之前跟他說altitude的單位是 km   我搞錯了
tly: 你的 orbit data 檔 還沒加 檔頭 解釋每欄的資料 程式版本 來源 作者... 輸入的參數
1250→怡傑: 阿咧 等等 我check 一下高度單位 因為我現在直接用ECI座標  去推算高度 也大概是830 KM
tly: 所以 altitude 是相對於 赤道半徑 還是 地區海平面?
1250→怡傑: 地區海平面
tly: 喔 挺複雜的
1250→怡傑: 應該是地區海平面    計算的結果還不到赤道的高度
1250→怡傑: 對阿ORZ
tly: 這樣 alt 的變化根本就是 地球地區半徑的變化 不是軌道半徑的變化 ?
1250→怡傑: 恩.... 如果老師要軌道半徑的變化，那直接用ECI座標的三個值   平方相加開根號，就可以得到對地心的軌道變化了

1250→怡傑: 喔喔   之前忘了問老師  是說寫在同一格就好嗎?   我現在只有暫時用另外一個information.txt檔案標注而已
tly: 最好 資料就寫在 檔案的第一二列, 因為檔案名字會改來改去, matlab6.* 版 可以完全不管前幾列的內容 完全跳過
tly: alt 就保持 用 km 為單位吧, 月份 不要用文字喔 用數字
1250→怡傑: ok
1250→怡傑: 老師等我一下  我上個廁所  回來把檔案加上檔頭給老師確認
1250→怡傑: \\140.115.66.87\共用備份區\jhk482001\100113_衛星軌道分析\091219  裡面的 out091219.csv檔案已經更新，麻煩老師看一下這樣可不可以
1250→怡傑: 可以的話我就把另外兩個日期的檔案也做一樣的更新
1250→怡傑: 裡面提到的LLA 就是指  lat, long, alt   但是無法逗點，所以我就用程式裡面的稱呼寫LLA
Tse-Liang Yeh: 最好不要用 LLA 而用 lat long alt
1250→怡傑: ok
1250→怡傑: 三個檔案都改成這樣的格式了
tly: out091219.csv@118 out091219_2.csv@114 兩個檔大小差很多
1250→怡傑: 阿  out091219_2.csv 這個檔案不用理他，是我之前實驗性質的，只有幾個欄位而已
tly: 我喜歡現在的樣子 很清楚, 不過 第一行要寫明 相關程式版本 修改日期 作者
tly: 檔案名字能弄成 orbit2009-12-19 這樣子嗎? 跟我其他檔案 命名法相同
tly: 改好之後 程式檔要放上nt 
----out091219.cvs
The ECI and LLA data is compute by "trakstar26a" program Version 2.65 from http://celestrak.com
The SUN ECI position data is compute by "SUN_ECI.exe" program from NCU MVMC LAB

The input data is the two-line element of Tatyana2 at 13.12.09 18:00:32.38 GMT+3
 note: 35865 is Meteo-M1 instead of Tatiana2 
1 35865U          09347.62537471 -.00000004  00000+1 -17165-5 0 00009
2 35865 098.7814 037.5198 0004587 179.1536 180.9649 14.21973359012379

The data calculated from: 2009/12/19 11:20:00 to: 2009/12/20 11:00:00
---
yearmonthdayhourminutesecondlatitude(degree)longitude(degree)altitude(km)ECI_x(km)ECI_y(km)ECI_z(km)ECI_vx(km/s)ECI_vy(km/s)ECI_vz(km/s)ECI_sun_x(km)ECI_sun_y(km)ECI_sun_z(km)
200912191120019.485867.034698823.7490235169.8017584404.4750982388.898926-1.082262-2.5033636.9237020.044258-0.901488-0.390819
...
----
1250→怡傑: ok 我改一下
1250→怡傑: 三個檔案都改好了，也加上作者資訊了
1250→怡傑: 程式我等等修改一下再上傳，目前nt 上得還沒有加上資訊的功能
Tse-Liang Yeh: 你沒提到 SUN-ECI & datamerger 的 版本 日期 與 作者

---- \\140.115.66.87\共用備份區\jhk482001\100113_衛星軌道分析\091219\orbit2009-12-19.csv also {LLA35865.000 ECI35865.000 posAndvec}@99112
   note: 35865 is Meteo-M1 instead of Tatiana2 
1) The ECI and lat long alt data is compute by "trakstar26a" Version 2.65 program by Dr TS Kelso from http://celestrak.com
The SUN ECI position data is compute by SUN_ECI.exe" Version 1.0 program by jhk482001 from NCU MVMC LAB
---
2) The above-mentioned data are combined to this data by "Data_Merger.exe" Version 1.0 program by ones0318 from NCU MVMC LAB
---
3) 
---
4) The input data is the two-line element of Tatyana2 at 13.12.09 18:00:32.38 GMT+3
---
5) 1 35865U          09347.62537471 -.00000004  00000+1 -17165-5 0 00009
---
6) 2 35865 098.7814 037.5198 0004587 179.1536 180.9649 14.21973359012379
---
7) 
---
8) The data calculated from: 2009/12/19 11:20:00 to: 2009/12/20 11:00:00"
---
9) yearmonthdayhourminutesecondlatitude(degree)longitude(degree)altitude(km)ECI_x(km)ECI_y(km)ECI_z(km)ECI_vx(km/s)ECI_vy(km/s)ECI_vz(km/s)ECI_sun_x(km)ECI_sun_y(km)ECI_sun_z(km)
---
10) ...
----

---- End of #jhk482001tracker 怡傑的 sgp4 trackstar26a , nspo SUN_ECI 等定義的細節
---- #orbit-earth_sun: orbit of earth around the sun http://en.wikipedia.org/wiki/Earth
Orbital characteristics @ Epoch J2000.0 : (astronomical unit: 1Au = 149,597,870,691m ~ 1.496e8 km); Aphelion: 152,097,701 km; 1.0167103335 AU; Perihelion: 147,098,074 km, 0.9832898912 AU; Semi-major axis: 149,597,887.5 km, 1.0000001124 AU; Eccentricity: 0.016710219; Orbital period: 365.256366 days, 1.0000175 yr; Average orbital speed: 29.783 km/s, 107,218 km/h; Inclination: 1.57869°[2 to Invariable plane; Longitude of ascending node: 348.73936°; Argument of perihelion: 114.20783°;
Physical characteristics: Mean radius: 6,371.0 km; Equatorial radius: 6,378.1 km; Polar radius: 6,356.8 km; Flattening: 0.0033528[4]; Circumference: 40,075.02 km (equatorial), 40,007.86 km (meridional), 40,041.47 km (mean); Surface area: 510,072,000 km^(2), 148,940,000 km^(2) land (29.2 %), 361,132,000 km^(2) water (70.8 %); Volume: 1.0832073 × 1012 km3; Mass: 5.9736 × 1024 kx; Mean density: 5.515 g/cm3; Equatorial surface gravity: 9.780327 m/s^(2), 0.99732 g; Escape velocity: 11.186 km/s ;
Sidereal rotation: period: 0.99726968 d, 23h 56m 4.100s; Equatorial rotation velocity: 1,674.4 km/h (465.1 m/s); Axial tilt: 23.439281°; Albedo: 0.367[8];
Surface temp. min,mean,max Kelvin:184K,287K,331K Celsius:-89,14,57.7 °C;
Atmosphere; Surface pressure: 101.3 kPa (MSL); Composition: 78.08% nitrogen (N2), 20.95% oxygen (O2), 0.93% argon, 0.038% carbon dioxide, About 1% water vapor (varies with climate);
---- End of #orbit-earth_sun: orbit of earth around the sun

Use google map to get longitude 經東, latitude 緯北度 http://vovo2000.com/phpbb2/viewtopic-33505.html Past "javascript:void(prompt('',gApplication.getMap().getCenter()));" into URL field when location is centered in the map.
TPE 25.05N 121.45E; NCU 24.97N 121.2E

----#engr_quality: ---- 工程師 做 儀器設備 需要達到的程度
作者  tlyeh (aliang) Tue Jan 26 06:56:05 2010  看板  G_MVMC

→ tlyeh:我們工程團隊要注意 sensor calibration, 溫度漂移 穩定性
            如 ETP MRM SR4輝光光度計 的 校正 與 要求
→ tlyeh: 也要注意 endurance test, 如 BCU Power on off surege test

    否則 會被 科學家嫌棄得很厲害 - 不入流啊,

   有 足夠精度 可靠的數據 才有發 paper 的 價值, 才能 保住飯碗

 在市場上 則是 足夠絢麗 足夠好用 足夠耐用 , 才能 賺得到錢

---- End of #engr_quality: ---- 工程師做儀器設備需要達到的程度

-----#lat_lon: 經緯度查經緯度從經緯度算距離

http://jk-jk-style.blogspot.com/2008/08/google-maps.html
--- 如何在Google Maps中用經緯度找地點
 Google Maps的搜尋欄填入WGS84的格式 +24° 58' 6.79", +121° 11' 24.67"即可
  用十進位 24.968552,121.190186 也可以 (此例為中央大學松苑餐廳)
    24.9683,121.195 (中央大學行政大樓)

---"查經緯度"
http://www.urmap.com.tw 上面查地標, 按右鍵有個選項可顯示座標點的經緯度
GoogleMap規劃路線 按右鍵標示為 "路線起點" 或是 "路線終點"，左上角有座標 
點在道路跟道路中間區，會現經緯度座標；但點在道路上，就只會出現路名
http://www.dr2ooo.com/tools/maps/ 幫助產生動態Maps程式碼->貼在Blog上，
「Address Search: 」輸入你要的地址，按下[ReCenter] 找到 按下[Set Center]
   在Log文字框看經緯度
---"google map api longitude latitude get"
http://www.tech-recipes.com/rx/2403/google_maps_get_latitude_longitude_values/
 paste in url area to get lat lon of map center:
 javascript:void(prompt('',gApplication.getMap().getCenter()));
http://pagesperso-orange.fr/universimmedia/geo/loc.htm
1. Drag and drop the map to broad location. 2. Zoom in for greater accuracy.
3. Drag and drop the marker to pinpoint the place. The coordinates are refreshed at the end of each move.

--- 兩點經緯度換算實際距離(內含原始碼)

http://delphi.ktop.com.tw/board.php?cid=31&fid=77&tid=69496
http://www.delphiforfun.org/Programs/Math_Topics/Lat-Long%20Distance.htm

http://alphalins.blogspot.com/2009/06/blog-post.html
double R = 6371; // Earth's radius (km)
 double d = Math.Acos(Math.Sin(Lat1r) *
      Math.Sin(Lat2r) + Math.Cos(Lat1r) *
      Math.Cos(Lat2r) *
      Math.Cos(Long2r-Long1r)) * R;

----- End of #find_lat_lon: 經緯度查經緯度從經緯度算距離

---- #filename: ---- convention & restrictions to follow
nspotr file name convention - a suggestion
#filename: ---- convention & restrictions to follow

In order for file name be compatible to all systems,
 not just the MS Windows of a particular language, 
  I would suggest the following rules of naming a file:

1. use only
 1.a 'English alpha numeric characters' (A-Z 0-9, capitalized or lower case)
     plus
 1.b '-' '_' 
2. do not use 'blank space' nor other symbols nor other language characters
 since '+' '=' '*' '&' '^' '%' ... all have special meaning in unix type system.

3. File extension is used to represent format of the file.
   In MS windows, the proper program will be executed to process the file 
     according to the file extension.
   The info content of the file can be represented by part of the file name 
     cancatenated by '-' or '_' not by '.' .

4. Refrain from using too long a file name.
    (max: AppleDOS 30, FATx 42, MSDOS 14,...)
    (CD format: Joliet "CDFS" 64 Unicodes, UCS-2 codes except *, /, \, :, ;, ?) 
 While doing CD backup, file name longer than 30? characters would be truncated.
  ref: "filename length limits"
      http://en.wikipedia.org/wiki/Comparison_of_file_systems

5. To make it easy to identify tokens in file name, 
 5.1 there needs no extra seperator between Alphabetic and numbers, 
 5.2 add '-' to separate phrases
 5.3 use Upper case to separate words or '_' to seperate numbers within a phrase

 I tends to rename the following files for safe keeping:  
  'RS-38ut2 18_01_10 GMT+3 kaluga  .zrv'
   -> 'RS-38ut2-18_01_10GMTp3kaluga_zrv.txt'
      (text with encoding Cylliric(Windows-1251))
  '38-1705.TLE'
   -> '38-1705TLE.txt' (text with encoding cylliric(DOS))
 p.s. email in Russian from Prof T and dalex is usually encoded in KOI8_R
 p.s. in MS Windows in Traditional Chinese big5,
         system does not allow filename with Russian unicodes.
      notepad cannot process Russian.
      MS Word 2000 and wordpad can accept and display Russian unicodes.

---
6. Convention:  nspotr98616repf99120tly2dalexRu.doc
 6.1 project_subfield_YYMDD-occasion_content_revYYMDD_author_language.extension
 6.2 Always put inside the file: @ file_header  page header or footer
     -- file name, brief purpose, page number counter, revision date author, 
 6.3 Always keep a journal file, e.g. nspotr_bcu_doc_note.doc
   listing all key issues and all files and description of their contents
 6.4 In engineering documentation or presentation file,
    always note the original file name and the directory it resides.
 otherwise you will lose track of what you have done, where you have put it.

---
作者 tlyeh (aliang) Mon Mar 10 13:35:05 2008 看板  G_MVMC
標題  style:寫文件編講義 請加頁尾 左檔名 中頁數 右修改日/人

寫文件編講義 請加頁尾
 左:目錄\檔名 中:頁數 右:修改日 與 修改人名之縮寫

文件中 有的 資料 是 用別的程式處理出別的檔案後 再匯入的,
 請註明 隨行檔案名字 也請 一並保留 以便 來日再做 別的修改

否則 很容易 就會找不到 文件檔案, 或者 弄錯版本

----
作者 tlyeh (aliang) Wed Jan 23 05:43:21 2008 看板  G_MVMC
標題  Re: train97大家不要用 中文 檔名目錄名 不可用符號

train97大家不要用 中文 檔名 子目錄名 不可用-_以外的符號 不可用空格
 作為網管 應該要更清楚 相容性的問題

其他同學 趕快把習慣養好

 檔案名 我習慣是 先是標示 計畫 內容 然後 才是 日期 作者 或 修訂者
  例: BCU_V11_DSP_MRM_20080123_tly.pdf

推 chiawei:Orz 我會改格式的...                             140.115.66.82 01/23
推 chiawei:不過我覺得日期擺第一個，然候用名稱排序 , 這樣比較有感覺耶@@                              140.115.66.82 01/23
推 tlyeh:主要是看你需要用什麼分類 我要處理好幾事
→ tlyeh: 所以 需要用 事 先分類 然後同一事再按日
→ tlyeh: 你們如果 事情沒那麼複雜 就會覺得用日排
→ tlyeh: 你用日排的東西給我 我就很煩惱了 混起來
推 chen0324:老師在講 你都沒在聽 (／‵Д′)／~ ╧�

---
另 請以後寄信 標題用 mschen noisef 開頭 這樣 我比較容易 找得到 相關信件
 檔案名字 也用 mschen_noisef 開頭
 後面 可以 加額外關鍵字簡寫 你的名字簡寫 及 日期
 文件要加頁尾, 文件的 四邊 margin 設成 1.5cm

---
作者 tlyeh (aliang) Mon May 25 06:42:22 2009 看板  G_MVMC
標題  nspomrm軟體取名字 手冊 檔案名
nspomrm 軟體取名字 手冊 檔案名 要一致 才能連得在一起
 澎澎 的 dsp-mrm-client 檔名  建議用 dspmrmc
  畫面出來 應該要呈現 版本編號 作者
   每個人 自己都要在 程式原始碼檔中 註記 版本 修改紀錄 修改人
    (每個文件檔 也要在頁首或頁尾 做這樣的註記)
 使用手冊 的檔名 要 跟 程式檔的檔名同

 副檔名 只適合用來做 檔案類型的標示 不是做版本的標示
  - 是做 sub category 或者 and 的意思,  _ 是做同一類型的內容的進一步標示
  train97-hardware-software  train97W_lab1_97203

----

---- End of #filename: ---- convention & restrictions to follow

 ---- big5.txt in email: don't use utf8 gb2312 encoding in TW
utf8 gb2312 編碼 請勿用

sending email to TW , don't use utf8 gb2312 encoding
 do use big5!

請勿用 utf8 勿用 gb2312
 愛用 big5 編碼啦
很多 用了很久的軟體 無法處理 這些新編碼啦

many reliable open source software to browse email,
  working well with old time big5,
 still cannot read utf8 gb2312 properly.
Even MS its own Outlook express cannot read email in utf8 properly.

---
推 SmallBee:不提其他的部份, Big5存在有致命的許功蓋       122.116.180.163 08/08
推 SmallBee:問題,不適用於任何直譯式語言(PHP,SQL等)       122.116.180.163 08/08
推 SmallBee:現在寫網頁都建議UTF-8, 在相容性、擴充性      122.116.180.163 08/08
推 SmallBee:、可讀性 三方面都有最好的表現                122.116.180.163 08/08
推 SmallBee:在銀幕解析度方面, 比起小寬度銀幕, 大寬       122.116.180.163 08/08
推 SmallBee:度銀幕為數較多, 通常都限制呈現最大寬度       122.116.180.163 08/08
推 SmallBee:為1024,更小的值對多數使用者的影響就太大      122.116.180.163 08/08
推 SmallBee:而被取捨掉, 相對值得設計方式與現今採用       122.116.180.163 08/08
推 SmallBee:絕對位置的網站設計走向不相容,多不被採用      122.116.180.163 08/08
推 tlyeh:"致命的許功蓋問題" 請說明 may be 舉例   140.115.7.57 08/08

tly: ok 有 php+mysql 的網頁 用 utf8, 注意 只用utf8, 不可混用big5
  兩種編碼 混用時, 很多瀏覽器 會不知所措 全部都錯, 無法由
   <alt-view><document encoding> 來做設定
 同時 一定要在所有的 html 檔頭上加註 文件內的編碼方式
"html meta document encoding"
  http://htmlhelp.com/tools/validator/charset.html
<html><head><META HTTP-EQUIV="Content-Type" CONTENT="text/html; charset=big5">
 <title> ... </title> </head>
 ... </html>

---
作者 silverdemon (一隻阿飄飄啊飄啊飄啊飄) Tue Aug 11 22:49:24 2009 看板  MeNetManager
因為Big5碼是利用兩個Byte來儲存一個字。
第一個Byte是使用ASCII的高字元，而第二個Byte使用的是ASCII的低字元。

目前的問題是，第二個Byte所使用的低字元裡頭包含了程式語言常會用到的特殊字元。
ex：0x5C 「\」、0x7C 「|」
如果在字串中包含了這些字元，容易被程式以及編譯器誤判為特殊用途。
尤其是使用single byte處理的程式，它會無法辨識big5碼的double byte編碼方式。
像PHP + MySQL的環境就會遇到這種問題。
而中文字中「功」(0xA55C)、「許」(0xB35C)、「蓋」(0xBB5C)、「育」(0xA87C)等
只要是字元中包含5c 以及 7c的字，都很容易造成衝碼問題。
以上就是所謂致命的許蓋功問題。

此外big5碼中大概包含了一萬多個中文字，
但當時在編碼時並沒有考慮社會上流通的人名、地名用字、方言用字、
化學及生物科學等用字，亦沒有放入日語平假名及片假名字母。
因此在網頁瀏覽時，容易會有缺字的問題。
例如：笧、埄，𤣿等字就沒有收錄在big5碼中。

為了避免這些問題，編譯網頁時建議是使用Unicode編碼來編譯。
UTF-8編碼是使用三個Byte去存取一個中文字。
其中的第一個字元仍然和ASCII相容(高字元)，但其餘部分做了修改。
因此可避免和程式語言衝碼的問題。
同時原本使用ASCII來處理的軟體無須或只須做少部份修改，即可繼續使用。
所包含的字也比big5碼來得多。因此建議使用UTF-8來編譯網頁。

---
作者 tka (當兵去當兵) Sun Dec  9 20:35:37 2007 看板  MeNetManager
提供一點方法 供葉老師參考, office 相關檔案開啟的可以使用
微軟提供的免費viewer 來進行開啟與列印的功能 網址請參考 http://0rz.tw/973mT
再搭配免費的 pdf printer http://www.bullzip.com/products/pdf/info.php
應該可以解決部份檔案傳遞的問題
再來就是不知道utf8編碼的email會在什麼情況遇到問題呢

我測過下面幾種環境是ok的, xp 上的outlook express, linux 上面evolution,
  web mail: mail2000,gmail yahoo mail
不知道相容性的問題是在什麼狀況下會發生呢

推 tlyeh:microsoft.com/downloads/ Office viewer
→ tlyeh:  fileformatconverters

---- End of big5.txt

---- mail
~c nspotr_ss nspotr_sso nspor6_ome  nspotr_ssk jhk482001@hotmail.com
~c nspotr_nspo nspotr_nspo_other
~c nspotr_chu nspotr_astro nspotr_nsc
~c ncueschair ncuengchair omechair
~c nspotr_spb_head nspotr_spb_other nspotr_ssd
~b nspotr_msu_bi nspotr_msu_lab