api like Nodecopter is that it is almost as easy to integrate robots into a system as any other web service. And when there is such little overhead, more ambitious projects are more likely to be undertaken. Nodecopter Travis is a great example.
Advanced Mathematics Advanced Mathematics Advanced Mathematics Advanced Mathematics Advanced Mathematics Advanced Mathematics Which is actually all just advanced maths and at the end of the three years you get to watch some industrial robots move a block around behind a screen. Nodecopter ﬂips that learning process on it’s head
Control Theory neural networks microprocessor Design Playing with Robots Learning Nodecopter Computer Vision You start by getting your hands dirty, then when you run into huddles that stop something from working right, you need learn about all these things to improve. Nothing made that process more clear to me than when I took the ﬂeet to CoderDojo
of robots! The rate of change of technological progression is accelerating. Instead of seeing robots as magic mechanical boxes created by a corperation, they should be learning how to tame robots. It’s our responsibility to help them use robots for the good of humanity, rather than being slaves to them.
Nodecopter to help make a dent in the world Work with kids coding initatives like Code club and CoderDojo to get kids particiapting in robotics from a young age and maybe even using it as a platform to get robotics as part of school ciriculums.
the AR Drone, allowing for accurate positional feedback when outdoors. Although the new API is undocumented, I was able to reverse engineer it to get back lat/lon from the drone using the regular library.
Control Features Waypoint will ﬂy to each pin on a map in turn, Follow mode tries to stay close to your mobile device, return home goes back to where it took off from and manual control is for taking over when things get crazy