Revision as of 03:10, 12 January 2010

• ceb_log todo BMdoc notes hours_1012 hours_1101 hours_1102 hours_1103 lifefix_log T

Jan 2010

todo

Mon Jan 4

• 9:30a - 3:10p -30
  • prepare PSER1eb and PSER2hb
  • layout inverter oscillator and complete two eddy current sensors PCBs
  • panel and submit PCBs for fabrication

• 4pm - 7:30p -45
  • discuss w/DG LTF status
  • resubmit PCBs after project rejected.
  • biquad filter research and implementation
  • discuss w/RC LTF status (41 hz) and V2 status

todo

• LTF data analysis
• get V2 going

tue jan 5

• 10:30a-3pm -1:40
  • biquad filter tested on linux, added support commands under tkcmdset
  • converted LTF data from Dec30

• 3:30p - 9:40pm
  • work with GG and CA on IMU programing, hardware diagnosis
  • review LTF data with DG, experiment with LTF

wed jan 6

• 8am - 11:40a +60min
  • review robo_config for ability to load/save tables
  • develop test procedure for ED / GG to load / save EEPROM tables on Spld.
  • discuss w/DG how to proceed w/LTF experiments and XP software requirements.
  • complete integration of biquad.c into MC firmware, add prototypes to result in cleaner MC compile
  • located tool to design biquad filter coeffs, designed 200 & 300 hz Bstop filters.
• 3pm - 11:25pm -30 +30
  • run LTF w/DG
  • tested biquad filter
  • update LTF SC/MC
  • ran sine sweeps and white noise.
  • converted data emailed to DG

thur jan 7

• 15+20+20+1hr
  • discuses w/RC robot problem and patent
  • phone w/DG re LTF results
  • phone w/GG re LTF an robot results
  • read patent proposal

fri jan 8

• 1 hr
  • working with DG on LTF

sat jan 9

sun jan 10

• 2pm - 8:45p -30
  • meet w/RC @CKF - discuss robot testing, holster, block diag, belt detector

• • review SERDES
  • discuss SERDES ideas w/MM - decide on FPGA w/1 TX, RX, CLK
  • review of patent
  • consider alternatives to connecting to SC/MC. Possibly HS USB?

mon jan11

• 4-9pm
  • discuss robot arm control w/ZH and GG w/python
  • discuss w/GG java UDP for plot_lifefix
  • work w/DG on LTF. Run white noise tess, followed by a large series of sine sweeps.