Over the holidays I wanted to come up with a simple project that could be somewhat streamlined for “mass production”. I’ve always liked working with clay and decided to make figurines with some circuitry embedded in them. Of course the circuit had to be functional , so I decided to go with a simple breathing LED controlled with a 555 timer.
My brother and I used to watch the anime Outlaw Star together as kids, so I decided to get him something based on the show as a gift this year. Being a relatively unpopular show that hasn’t been on the air in years, there was basically no merchandise available. So I decided to make my own. This is a clock made to look like the computer Gillium II from the show.
One of my work projects from awhile back popped up on Ars Technica.
I didn’t do too much of the actual meat of the software. My job was mostly to program the inter-board communication, set up the kernel and software on the main processor, and do some of the hardware development to connect everything together.
This work previously had a minor mention in Slashdot http://it.slashdot.org/story/12/12/10/0012217/researchers-find-crippling-flaws-in-global-gps
I have a daily commute that I drive down the US 101 highway. The length of the drive can vary immensely with traffic, and I’ve always been curious what the optimal departure times are. I decided to gather data to solve this empirically, and went on an adventure in finding the right tool for the job.
Here’s a quick project that came together the evening before a long vacation. In order to get a little piece of mind I wanted to set up a simple security camera on a network accessible storage (NAS) server that I had recently set up. What I wanted was a program that could connect to a USB webcam and send me an email with a photo of any motion that occurred.
This is a very simple evolution simulator.
Continue reading “Evilution”
A project at the Karlsruhe Institute of Technology, in Germany, to use accelerometers to track heart motion to aid in robotic surgery.
As part of a project for the machine learning lab at Cornell, I did the hardware and some of the software to make a stock RC car autonomously drift though a track.
Continue reading “Autonomous Drifting RC Car”
Final project for ECE 576 at Cornell, click here for the project write up
Final project for ECE 476 at Cornell, click here for the project write up