Student Tamara Worst used two 3D sensors, a Wii remote and Microsoft Kinect, to detect the orientation and position of a surgeon’s right foot in the OR. She wrote software in Processing to allow them to view and manipulate images and 3D models without the use of their hands.
Rather than spending thousands of dollars per classroom, students and faculty could make them in the building. With a project like this in your school, this could be a great way to do some electronics, system design and get a taste of mass production of the components. While this may not fit in to your current curriculum to have students build these systems, it could be a great way to collaborate across subject areas, or it could be a great after school club activity.
The guys in this video have rigged a 15 ton grapple with a 16 meter reach to be controlled by a Wiimote. The one thing to remember here is to stay at least 17 meters away when the thing is on.
Using the compass and accelerometer in the G1, Jubei has turned his Android handset into a Wii-style controller.
So you want to play motion based games on something other than the Wii product? Try out the Darwin, the latest evolution in gaming. Magnetometers that check the controller’s movement against the earth’s magnetic core. So cool. The result of all these sensors in the controller is that it gives a very accurate rendering of […]
This very awesome interface utilizes infrared head and laser tracking to create a level of of interactivity we’ve yet to see from the big game companies. Check the site for software download – InsightVR [via] Related: Head tracking with the Wiimote DIY IR glasses
Controlling your curtains via a Wiimote is either laziness at its best, or a great solution for those with mobility issues. The curtains can be controlled from a wall switch, but even that could be problematic for some people. This could definitely be a great help for some people. – Link Related: Track fingers with […]
