All speakers:

      Please speak loudly and clearly enough that audience at back of  
room can easily understand you.  Speak to the audience as much as  
possible and look at screen mainly to point out things.  At the  
beginning tell audience to hold questions or interrupt presentation –  
whichever works best for you.

1. AMEN group:

   a. Your block diagram is not developed -- include more  
           information, such as GPS, bus types, analog connections, etc.

   b. Minimum functionality must use software (C program) running on  
      an XP laptop to report the remote sensor data collected by the Hub.

   c. Maximum functionality should direct towards developing link to  
      internet connected database that all fire agencies can access and to  
      multiple remote nodes.

   d. Start layout of the sensor board from
      a known working/functional schematic (to be
      provided by instructors), thus reduce
      your  verification time using "PSPICE"

   e. Start firmware development of the sensor node
      from a known working platform, e.g. CYPRESS
      USB-kit or simple dev kit firmware, to be provided
      by instructors.

   f. Power requirements need to be defined in terms of voltages and  
      average currents so that you can design power supplies for the sensor  
      and base hubs and related sensor and other systems.  This will tell  
      you what battery or other supply can work for the required endurance,  
      say a week.

   g. GANNT chart needs milestones for significant achievements, for  
      example

        i.   basic connectivity from sensor to PC software
        ii.  minimum functionality demonstrated in lab
        iii. minimum functionality demonstrated in field
        iv.  improved functionality demonstrated in lab with field systems
        v.   maximum functionality demonstrated in field

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2. Eye detection group:

   a. Min functionality must include some
      ability to detect eyes as well as
      higher than 60%  success rate with
      stationary subjects.

   b. Max functionality must be
      higher than 80% success rate.

   c. Analyze the clock (pixel clock and system clock)
      rate requirement. Do a back-of-the-envelope calculation.

   d. Power requirements need to be defined in terms of voltages and  
      average currents so that you can design power supplies for your  
      illumination, detection and analysis systems.  Specify working  
      environment, e.g. in auto with 12 VDC or in building with 115 VAC or  
      other.

   e. Develope a software model of your system (in C code) that
      allows you to verify the algorithms vigorously before committing
      to low-end Verilog modelling.

   f. GANNT chart needs milestones for significant achievements, for  
      example

        i. basic operation of illuminators and sensors with  
           stationary object
        ii. minimum functionality demonstrated in lab
        iii. minimum functionality demonstrated in working situation
        iii. improved functionality demonstrated in lab
        iv. maximum functionality demonstrated in working situation