Started this discussion. Last reply by Geoffrey L. Barrows Aug 13, 2011. 4 Replies 0 Likes
Started this discussion. Last reply by Lorentz Jan 28, 2010. 11 Replies 0 Likes


AS commented on Geoffrey L. Barrows's blog post 11 gram Arduino-powered laser rangefinder
Geoffrey L. Barrows commented on Chris Anderson's blog post Primsense launching "pencil-sized" Kinect-like 3D sensor at CES
Geoffrey L. Barrows commented on Paul's blog post Robot Dragonfly!
rsabishek commented on Geoffrey L. Barrows's blog post Detecting and locating lights using an Arduino and an image sensor
Geoffrey L. Barrows commented on Geoffrey L. Barrows's blog post Detecting and locating lights using an Arduino and an image sensor
rsabishek commented on Geoffrey L. Barrows's blog post Detecting and locating lights using an Arduino and an image sensorPosted on August 9, 2012 at 5:43pm 1 Comment 3 Likes
Recently I started the DC Hardware Startup meetup as a complement to the many Web 2.0-ish entrepreneur meetups in the DC area and elsewhere, and then reached out to the organizers of similar meetups around North America. Two are about a year old- the …
Posted on June 29, 2012 at 1:49pm 15 Comments 9 Likes
I was pleased to see a cool laser rangefinding project on Kickstarter- I hope this project gets fully funded (and I'm a backer). I've actually been experimenting myself with structured light and laser rangefinding using our ArduEye hardware and thought I'd share it…
ContinuePosted on February 25, 2012 at 2:25pm 7 Comments 5 Likes
Awhile ago we (Centeye) started ArduEye, a project to implement an open source programmable vision sensor built around the Arduino platform. The first ArduEye version used a simple Tam image sensor chip and a plastic lens attached directly to the chip. After…
ContinuePosted on January 22, 2012 at 11:00pm 22 Comments 4 Likes
I've been experimenting with using an Arduino-powered vision system to detect and locate point light sources in an environment. The hardware setup is an Arduino Duemilanove, a Centeye…
ContinuePosted on December 16, 2011 at 9:39am 4 Comments 3 Likes
I've been working on a new version of our ArduEye using one of our "Stonyman" image sensor chips and decided to see if I can grab four dimensions of optical flow (X shift, Y shift, curl, and divergence) from a wide field of view. I wirebonded a Stonyman chip to a 1" square breakout board, and attached it to an Arduino Mega256 using a simple…
Continue
Scott James said…
Bhargav Gajjar said…
Geoffrey L. Barrows said…
Andrew Comport said… Hi Geoffrey, yes we have had a project on bridge inspection using the Infotron drone. You can find a little more information about the project here:
http://www.i3s.unice.fr/~comport/research/visual-servoing-of-drones
Your work looks pretty interesting too... I will have to have a look over it when I find some free time...
Best, Andrew
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