HC Gilje’s wind-up bird(s) is an environmental sound work installed in a forest in Lillehammer, Norway. It’s a flock of mechanical woodpeckers that communicate via…
Comments closedCategory: physical computing
There are certain project themes that recur every year in physical computing classes. Many of them are ideas that lend themselves to multiple interesting variations, and are valuable ways to learn about physical interaction through doing. Others don’t offer only limited interactive possibilities, but capture the popular imagination because they’re simple and quite often pretty to look at. What follows is a review of some of the themes I see frequently. These are by no means the only themes that come up, nor are they the only things you can do with physical computing. Many physical computing projects feature two or more of these themes.
Sometimes when people learning about physical computing hear that a particular idea has been done before, they give up on it, because they think it’s not original. What’s great about the themes that follow here is that they allow a lot of room for originality. Despite their perennial recurrence, they offer surprises each time they come up. So if you’re new to physical computing and thinking to yourself “I don’t want do to that, it’s already done,” stop thinking that way! There’s a lot you can add to these themes through your variation on them.
Comments closedIt’s basically an open design for actrive RFID:”OpenBeacon is a free design for an active RFID device which operates in the 2.4GHz ISM band…. The intention of this project is to offer a wide range of use cases such as visitor or item tracking and wireless remote control with a free self-contained and low-cost RFID design.”Thanks to Massimo Banzi for the link.
Comments closedBen Hopson has a good site detailing his work on his masters’ thesis at Pratt on designing movements.
Comments closedSketching in Hardware 1 (Sketching06) was a very useful workshop. Hosted by Mike Kuniavsky at the Ford Museum in Dearborn Michigan in June 2006, it was a meeting of a handful of microcontroller module developers, teachers, and hardware designers. There was much conversation about what makes good microcontroller hardware, how best to teach it, and what we can do to make some of the various platforms out there more interoperable. I won’t repeat everyone elses’s comments, but below are some of the links that have come up.
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Comments closedFrom their site: “NeuroSky, a fabless semiconductor/module company, has developed a non-invasive neural sensor and signal processing technology that converts brainwaves and eye movements into useful electronic signals to communicate with a wide range of electronic devices, consoles, and computers.” So far they haven’t got any links to an actual product for sale up.
Comments closedSajjadah 1426 is a prayer rug woven with electroluminescent wire that increases its brightness as it’s pointed more toward Mecca. A compass module built into the rug senses the orientation and changes the brightness of the EL wires.
Leave a CommentTreehugger is a blog that reports on sustainability issues of all sorts: new alternate power sources, political actions, design-related issues, and more. A decent read if you’re interested in physical design and sustainability.
Leave a CommentThe Responsive environments group at MIT has done a number of interesting projects: parasitic power from shoes, various radio-connected sensors, and more.
Leave a CommentThanks to Yosef Birnboim for the link.See also the Trojan Room Coffee Machine, which was the first web cam…. The coff-e-mail project at Texas A&M follows in the spirit of the Trojan Room Coffee Machine.Thanks to Anees Assali for the link.
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