HOW TO MAKE (ALMOST) ANYTHING
MAS.863 / FALL 2011

KELLY SHAW
M.ARCH LEVEL III

 

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01 / INITIAL PROJECT PROPOSAL

02 / LASER AND VINYL CUTTER

03 / PCB DESIGN, FABRICATION, AND ASSEMBLY

04 / WATERJET CUTTER AND CNC MILLING

05 / UPDATED PROJECT PROPOSAL

06 / MOLDING AND CASTING

07 / EMBEDDED PROGRAMMING

08 / 3D SCANNING AND PRINTING

09 / INPUT DEVICES

10 / OUTPUT DEVICES

11 / INTERFACE AND APPLICATION PROGRAMMING

12 / MECHANICAL AND MACHINE DESIGN

13 / NETWORKING AND COMMUNICATIONS

14 / FINAL PROJECT DEVELOPMENT

15 / FINAL PROJECT

 

 

 

 

 


WEEK 13 / NETWORKING AND COMMUNICATIONS

Our assignment this week was to build a wireless network with at least two nodes. I built Neil's
asynchronous bus example. I would have liked to experiment more with the code but I was simultaneously
trying to push my final project forward. You can see updates on Week 14 / Final Project Development.

milled boards
[milled boards]

stuffed boards
[stuffed boards]

strung together boards
[physically networked boards]

The way the boards work is that there is a bridge board and two node board. These boards are assigned
Node 1, Node 2, and Node 3. Once programmed, if you hit ''1'', all three boards with leds blink once and
and then Node 1 blinks again. If you hit ''2'', all three boards blink once and then Node 2 blinks again, and
so on.


[ASYNCHRONOUS BUS EXAMPLE]

 

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