For the Smart Cities exhibition in Leeds in a couple of weeks, we’ve been building a physical representation of an agent based simulation. Hex Bug Spiders are relatively cheap hexapod robots that are controlled via an infra-red transmitter which has an A or B code so that you can control two simultaneously. The way it walks […]
In our previous two tutorials (see here and here), we created a Simon-type game using the Arduino, a hardware platform for simple, and not so simple, electronics projects. We placed three buttons and three LEDs on to something called a breadboard, and wrote a small program that would send a random sequence to the LEDs,
In part 1 of our Arduino tutorial seres we covered the basics of how the Arduino works, and we’re going to use that knowledge in a hands-on project and see how this open-source hardware programming environment works when we’re actually trying to get something done with it. After this, you’ll have more than enough information
Arduino is cool. It’s cool because it’s a tiny device – about three inches by two inches – that comes with a USB port and a programmable chip. It’s cool because you can program it using a very simple programming language known as Wiring. But most of all, it’s cool because the entire reference design
