Week of October 3rd:

• briefly looked at vehicle platforms. We decided that we probably wanted to build our own vehicle platform so I looked for robotics kits that looked like they might make that task easy. Didn't find anything particularly interesting. Most robotics kits I looked at were expensive. It was also difficult to find something with just wheels and a body that would fit out needs...
• Poster for VIP poster session was completed
• Weekly meeting on Friday

  Total Time Spent:  ~1.5 hours

Week of October 10th:

• looked at possible options for mounting a camera on board the car without interfacing it with the microcontroller. Found this as one possible option: http://foscam.us/foscam-fi8918w-wireless-ip-camera-11.html. (30 mins)
• Attended weekly VIP meeting on Friday. Chose a development board to start prototyping with: Kiel MCBSTM32EXL (1 hour)

  Total Time Spent: ~ 1.5 hours

• TASK: Install Kiel ARM-MDK software onto a VIP computer to start experimenting with the chosen development board (Kiel MCBSTM32EXL )

• looked at camera options. In particular this one: http://www.axis.com/products/cam_m1011w/index.htm and this one: http://foscam.us/foscam-fi8918w-wireless-ip-camera-11.html axis looks like it will be easier to interface with website. Also briefly looked at wireless transceivers suggested by Jason. decided RN-XV WiFly Module http://www.sparkfun.com/products/10822 might be a good choice to start with. Posted findings on the discussion page on Rhea (30 minutes)

Team Meeting (tuesday)(2.5-3 hours):

• found potential parts to start prototyping with including a vehicle platform, wi-fi module, wireless camera to mount on vehicle, and proximity sensors/switches. see here for details on choices
• Wrote a simple example program and loaded it onto the target development board that printed out names onto the LCD screen.
• TASK: determine if the development board has A/D and D/A PWM ports because it is not obvious if those features are padded out on our development board. We had a very hard time finding documentation on how to use the general purpose IO as potential analog input/output. Needs to be done because we might have to find a new dev board if these features are not available.
• After looking into wireless ip cameras, we decided that it would probably be to difficult to interface into the design. First of all the ip address of the camera would need to be manually set every time we needed to use it and then the website would need to reflect these changes. This seemed impractical. We thought that interfacing a CMOS camera with the board would give us greater flexibility in this area and ultimately be more effective.

• Set up a lab bench in EE 63 (wednesday) with a username and password. We will install the IDE for the micro on that machine. (10 minutes)

• Attended VIP poster session in MSEE (1.5 hours)

Attended weekly VIP meeting. (1 hour)

• Tasks:
  • Find out if the bandwidth capabilities of the wireless module will be enough to stream video.
  • Research camera options that are either neatly packaged or are able to be hand soldered easily. There was concern that the current choice of camera would not be able to be soldered to anything by hand because the contacts were very small.
  • Install windows onto the team laptop that I was given during the meeting.
• Talked about the idea of the vehicle possibly becoming an off-road exploring vehicle that would integrate things like gps, temperature, and orientation of the vehicle into the design. This means that these kinds of sensors should be taken into account when looking at other things such as the capability of the wireless transceiver to send all of this data in a timely fashion.

• INDIVIDUAL TASK: get windows loaded onto the laptop given to team.