Fuse High (Default 0xdf Arduino 0xdd Internal clock Arduino 0xdd) 7 RSTDISBL External Reset Disable 6 DWEN Debug Wire Enable 5 SPIEN Enable SPI programming 4 WDTON Watchdog Timer Always ON 3 EESAVE Save EEPROM through chip erase 2 BODLEVEL2 Brown Out Detector Trigger 1 BODLEVEL1 BOD detector trigger 0 BODLEVEL0 … Fuse Low (Default [...]

Posted in Hardware Notes, ITP Fall 2007, Intro to Physical Computing 2 Comments »

For our final we went through a slew of designs, starting with the blocks idea from HeeJin, Matt and Jose’s midterm & moving in a direction utilizing RFID, then that idea became a large circular center piece with a built-in display for visuals surrounded by 8 pods that would detect pieces via RFID & control [...]

Posted in ITP Fall 2007, Intro to Physical Computing No Comments »

I tossed together some parts to test ideas on how to do our physical sequencer… step 1 — test: – magnetic-based phase sensing for rotation – use of acrylic pieces lit from below – some crappy SMD 3-color LED’s (this part failed IMHO) Results: with the magnets I have, I don’t feel the rotational sensors [...]

Posted in ITP Fall 2007, Intro to Physical Computing 1 Comment »

I thought this was a good read; I’ve played with a number of the communications methods & protocols in the past, but it was interesting to read a decent collection all together like this. It was nice to see GPS given such a prominent role in the chapter. I’d like to see more examples of [...]

Posted in ITP Fall 2007, Intro to Physical Computing No Comments »

(see Midterm Prototype)

Posted in ITP Fall 2007, Intro to Physical Computing No Comments »