[youtube=http://www.youtube.com/watch?v=Pn9ZoaPIHQc]
Made from a 1200 dpi epson scanner and a manual focus canon lens, this camera captures 130 Megapixel images. With a resolution of 13,068 x 10,173, these pictures are very detialed. You can see some examples in his flickr set. It doesn’t look like they’re the full size originals though. If you want to build your own, here’s a good start. Keep in mind that it’s from 2004 though.
[Mike] was going to be biking across Canada. He really wanted to document the trip, so he began planning ways to get still images taken at intervals along the way. After a bit of brainstorming, he ended up setting his goals a bit higher. He was going to film the entire trip. He really didn’t want a simple helmet cam, he wanted himself and the entire bike in the frame. To do this he had to build a long arm on which he mounted a bullet cam. On his handlebars, he has a simple control where he can turn the system on and off as well as initiate recording.
No single piece of this project was too complicated, but taken all together, the final result is quite nice. You can watch the video for yourself after the break.
[Will] submitted his ski goggle mod. He has mounted an Oregon Scientific ATC3K digicam in his goggles. This should make recording ski trips a lot easier. Most of the electronics fit just fine in the mask, though he did need to use an IDE cable to extend parts of it to the custom pack mounted on the strap. We’re also curious how much wind noise he’s going to get on that microphone.
Here’s a great example of a cheap mod that gets professional results. This ring flash cost roughly $14 all together, and they got to eat some fruit salad in the process. The parts list is pretty easy and can almost be figured out just by looking at the picture. A plastic bowl, an aluminum can, some foil, and a lens adapter. This is very nice and much easier than our last ring light post.
GNUCITIZEN has posted information on linksys wireless IP camera hacking. It turns out that some models send the administrator user name and password to the computer when the setup wizard requests a connection. In theory, someone could send the request and harvest your passwords wirelessly. This seems like a pretty careless oversight. We would think that linksys will probably remedy this before too long.
Update: Part 2 has been posted.
Update: Part 3 has been posted.
[youtube=http://www.youtube.com/watch?v=Ja3ND8Pk_0M&hl=en&fs=1]
A team at UNC Charlotte has been working on an autonomous vehicle to drag a cart that has sensing equipment. Starting with a stock Honda ATV, different systems were added to give a Renesas processor control of the ATV. A model airplane receiver was attached to the Renesas to give remote control for Phase 1 of the project. Basically they’ve turned the ATV into a giant remote controlled car.
Later revisions will incorporate LIDAR, cameras, and multiple GPS units so the ATV can autonomously traverse most terrain with a high level of accuracy. Path planning will become a large part of the project at that point.
Former Hack a Day contributor [Will] has been using a Eye-Fi SD card to automate his photo transfers. Unfortunately this requires using Eye-Fi’s software and talking to their servers. He used [Jeff Tchang]’s replacement server written in Python to recieve the images from the card. [Will] manages his own online photo gallery using Gallery 2. To get the images uploaded, he added a call to GUP. Now all of his photos are transfered just as easily as with the standard Eye-Fi but without all of the middleman.
[photo: Eye-Fi teardown]
