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← Revision 24 as of 2012-01-03 23:02:37 ⇥
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| . '''1)''' Keep list of current hardware up to date: [[Upgrade 09/CDS/current hardware|Upgrade 09/CDS/current_hardware]] | . '''1)''' Keep list of current hardware up to date: [[Upgrade_09/CDS/current_hardware|Upgrade 09/CDS/current_hardware]] |
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| . '''3)''' Formalize naming conventions, work out final "map" of all models and computers. [[Upgrade 09/CDS/current software map|Upgrade 09/CDS/current_software_map]] | . '''3)''' Formalize naming conventions, work out final "map" of all models and computers. [[Upgrade_09/CDS/current_software_map|Upgrade 09/CDS/current_software_map]] |
Stage 1
Hardware
1) Keep list of current hardware up to date: Upgrade 09/CDS/current_hardware
2) Acquire list of planned hardware from Jay
3) Determine if there's hardware that we need that is not on list 1 or 2
4) Get hardware to the 40m and connect it
Software
1) Create and maintain master list of RFM memory locations, blocking off sections needed for both current and future models (such as simulated plants).
2) Create and maintain master list of shared memory locations for models. If possible try to ensure all models and controls could be run on a single machine if necessary.
3) Formalize naming conventions, work out final "map" of all models and computers. Upgrade 09/CDS/current_software_map
4) Create final automated medm screens and model pieces (matrix of filter modules, automated real->simulated plant switch incorporating ADC/DACs, nice filter medm screens, etc)
5) Basic controls models working (Suspensions, LSC, ASC, OMC, ASS all working together) 6) Basic controls medm screens working
Stage 2
Software
1) Get a basic simulated plant working for one controller (single suspension with pendulum filter for example)
2) Get multiple basic simulated plants working together (simulated arm, transmitted light strength to QPDs)
3) Get a basic interferometer simulated plant working (simulated PSL injecting light into a full interferometer)
4) Add more advanced noises/transfer functions.
Job (Who needs to do it) |
Estimated Time to Do |
6/7-6/11 |
6/14-6/18 |
6/21-6/25 |
6/28-7/2 |
7/5-7/9 |
7/12-7/16 |
719-7/23 |
7/26-7/30 |
Make space in 1Y2 and 1X3 for new IOO chassis (Joe/Steve/Input from Rana?) |
3 days |
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Planned |
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Install IO chassis/Computers/DAQ router (Joe/Alex/Steve) |
1 Week |
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Planned (SUS) |
Planned (LSC, South End) |
Planned (IO) |
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Run ethernet for DAQ, Run fiber for timing board to ends, Run Dolphin cables for LSC (Joe/?) |
1 day |
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Planned |
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Get IOP processor code working (Alex/Rolf) |
1 week ?? |
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Get IOP processor code to handle switch from real to sim plant (Alex/Rolf) |
1 week-1 month?? |
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Make Filter Matrix part (Joe/Alex) |
2 days |
Done |
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Get AA filters, (de)whitening filters (Joe) |
1 day |
Done |
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Make script to populate filters (Joe) |
2 days |
Done |
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Make medm screens (Joe) |
3 days |
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In Progress |
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Add noise generators to all models (Joe) |
2 days |
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Planned |
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Fix Binary Output handling in plants (Joe) |
1 week |
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Planned |
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Test full LSC/LSP with vertex/end suspensions (Joe) |
1 week |
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Planned |
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Build IO controller/plant models (Joe) |
2 days |
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Planned |
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Test full LSC/LSP with IO and vertex/end suspensions (Joe) |
3 days |
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Planned |
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Add green locking/add green locking plant (Joe/Kiwamu) |
1 week |
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Planned |
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Prepare ADC/DAC interface for green locking (kiwamu) |
1 week? |
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Planned |
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Test green controls/simulated plant (Joe/Kiwamu) |
3 days |
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Planned |
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Convert to actual ADCs/DAC/BIO inputs (Joe) |
2 days |
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Planned |
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