ToDo

We have no more time to fool around. This stuff has to get done:

• Build the actual sensors
  • Get the parts off the breadboard and into an actual installable array
  • Get some distance
  • Install reflectors
  • Determine if the PWM is going to be shared or do we need more of them?
• Code the algorithm
  • Output should be +1 left or +1 right
  • Send to the router as a report via jazzman's code

• Test with router
• Bump to 115K
• Allow reports to be sent without a request
• Build the hardware link
• Allow for pass through of data from the zigbee module

• Connect up and actually get talking
• Code in pass through

• Finish the ATD code w/ buffering
• Get the hardware onto an actual breadboard and off the whiteboard
• How is the trigger working? Is it still a digital signal? I have no clue what's going on with this part

• Figure out a connector for the PIR
• Figure out mounting
• Recheck code to see if it works
• Make the code have the ability to also enable/disable certain sensors for power
  • PWM
  • ATD
  • ZigBee

• Answer these questions:
  • Who has looked at this?
  • We wanted an LED array to let the camera light up an area, do we still want this?
  • Do we have LEDs to do this?
  • We have the flashlight array, can this be used?
  • How much will this cost us in terms of power?
• Build the array
• Design control driver for array, three options:
  • Use the drivers like in CPEG222 to sink the ground
  • Use the high current ports if they can handle

• We have no idea how much power is being drawn
• Can the router supply this amount of power?
• How much do we REALLY need?

Quick check list

1. Combine all the code
2. Does it still work? No? Figure out why and fix it
3. Disable monitor mode
4. Get one of Nick's PCB boards and load the code via BDM
5. Does it still work?
6. If not, fix it
7. Work now? We're done, congratulations

• Mount everything
• Verify code still works
• Water proof system
• Shake it all around and see if it still works

Owned: afterburn

• Duplicate on the router station
• Repeat all the below for the router station

• Physical stability of uC⇐⇒router link
• How are we in terms of power consumption

• Test stability at the desire baud rates
• Test jazzman's state machine
• Test uplink communications

• Stress test TCP Link
• Stress test UDP Link
• Thread the links

• Combine the two link codes into one
• Implement threading
• Stress test data link
• Verify two way communications

• Connect to router
• Stress test the links
• Verify data travels okay
• Establish link to PS3

• How do we handle the data once it's come in?
• How is it stored?
• Initial tests showed that it's too much to just pipe raw into mysql
• Implement buffer of data?

• NEED to figure out the filters. Each sensor is responsible for defining their rules
• Design the alert level system
• Be able to process multiple systems
• Output to UI

• Design way to view data
• Implement data from crimetracker and ps3vision with sensorplatform
• Display
  • Alert level
  • Camera view
  • Map of campus including bluelight locations
  • Previous Crimes via heat map
  • Allow lookup of crimes
• Is this python or is it php? Is it static or dynamic?
• Auth mechanism