Difference between revisions of "Hours 1001"
From DIDEAS Wiki
m |
m |
||
Line 159: | Line 159: | ||
==notes== | ==notes== | ||
*[http://search.digikey.com/scripts/DkSearch/dksus.dll?Detail&name=T966-P5P-ND 24V supply for battery charger] | *[http://search.digikey.com/scripts/DkSearch/dksus.dll?Detail&name=T966-P5P-ND 24V supply for battery charger] | ||
+ | *2:30p - 8pm | ||
+ | **test auto retry code | ||
+ | **w/ED discuss future calibration and LTF logging | ||
+ | **get wifi_fast.py running on LTF and sending to matlab | ||
+ | **6pm start LTF and monitor progress w/DG | ||
+ | **LTF stops occasionally due to excessive belt range. has no obvious cause. | ||
+ | **improvements to retry code to auto-restart | ||
+ | *8:50p-11:40 | ||
+ | **start to code the mc_resistance as a stand alone class. | ||
+ | **improvements to motor temp algorithm and cycle type measurement | ||
+ | **improvements to retry code to auto-restart | ||
+ | **the auto-retry will break the total-run time duration |
Revision as of 04:39, 20 January 2010
Contents
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.
tue jan 12
- 1.5 hrs - reading patent
- 3-8:30p
- sign patent papers
- review matlab UDP java tool
- wire up new LTF power supply.
- work with DG on LTF freq response, and biquad filter.
wed jan 13
- 1 hr
- investigate methods of multiplexing ISP for debug deep in the robot.
- 3 methods:
- develop our own programmer that MPLAB can use (or copy one)
- implment the ISP statemachine in the FPGA so it can determiante directionalty
- use an analog swtich to multiple the PGD signal - so we don't have to understand the protocol, use SER-DES for the remaining signals.
- 4pm-5:30p
- cut pcb pannel
- assemble eddy current sensor PCB and test.
- ???
- 6:15pm - 10:15pm
- work with DG on LTF.
- verify freq rsp of pole zeros with fvtool
- calculate new pole zeros
- test biquad on LTF
- start run_lifefix_v2, issues with KCA.
- work with DG on LTF.
thur jan 14
- 2:35 - 10:20p
- digikey order for RJ45 magnetics and other items
- assist ZH with real-time work loop plotting
- bring up LTF, try to understand commutation problem
- LTF PID tuning
- LTF work loop studies.
fri jan 15
- 2.5 hrs
- complete excell entry for Dec and to present time for Jan
- email summary of the cause/solution to the matlab plotting problem
- email summary of LTF ground loop problems - and a suggested change.
- documentation for Pser2hb, pser1eb
- assist w/running of LTF - find the motor isn't moving, likly over heated.
- 3:30p-11:20p
- assist CA w/ankle rebuild and programming of SWIFI, Wiport, SC, and MC
- restart LTF
- investigate the error in the resistance measurement, find that qId depends in non-linear way on qVd
sat jan 16
- 10a-12p
- review LTF, code real-time temperature plotting
- 1:10p-9:40p -15
- review GG code merge, program on V2.
- improvements to matlab plotter, reads a user config file for plot titles / scale, experment with alternative UDP libraries
- testing MC on rev300 hardware.
- re-write and test acoustic mods to statecontroller
sun jan 17
- 3:15p - 11pm
- investigate the cause of the LTF stopping, appears to be Pser2h non-isolation, fixed.
- studied the effect of motor rotation on apparent resistance (added tested to benchtest.py)
- looked for relationship between ADC sampling position and measured current (non found)
- compared DC type resistance measurement with AC measurement method. Found good agreement.
- fixed bug in RLFv2 where text output was incorrectly scaled.
- (start) modify RLFv2 to output data computer readable format.
mon jan 18
- monitor LTF overnight
- 2 hrs
- discuss status w/DG on LTF status, count number of cycles
- improve RLFv2 to encode exit error for retry*
- 4pm-11:30p
- assist GG w/statemachine bug (400mS in PP)
- continue testing development of RTLFv2
- successful test LTF w/48V supply
- w ED/investigate PSER2h baudrate problem, make kernel modules changes. After, there are still an issue setting the baudrate - however multiple settings seem to take effect
- investigate methods of testing motor automatically with benchtest
- investigate possibility of using the JR3 for motor force control
- start process of converting SWIFI data from LTF weekend run
tue jan 19
- 2 hrs
- create LTF parts list [1]
- convert SWIFI LTF weekend data.
notes
- 24V supply for battery charger
- 2:30p - 8pm
- test auto retry code
- w/ED discuss future calibration and LTF logging
- get wifi_fast.py running on LTF and sending to matlab
- 6pm start LTF and monitor progress w/DG
- LTF stops occasionally due to excessive belt range. has no obvious cause.
- improvements to retry code to auto-restart
- 8:50p-11:40
- start to code the mc_resistance as a stand alone class.
- improvements to motor temp algorithm and cycle type measurement
- improvements to retry code to auto-restart
- the auto-retry will break the total-run time duration