Living proof is this human-following robot/car that was ... In addition to the Arduino, you’ll need the four wheels, batteries, infrared and ultrasonic sensors, jumper wires, a DC power switch ...

The microcontroller-based concept was chosen because I wanted to scale the sensor system later to suit other applications. Here is the diagram of my Arduino infrared close proximity sensor. As you can ...

Once upon a time, the poor humans ... from each sensor, and uses that to vary PWM signals to the two DC drive motors to steer the robot platform to seek and follow the infrared beacon.

Robot sumo is not as easy as it looks. The robots need to push their opponent out of the ring, so they are equipped with a host of sensors ... the SumoBoy uses an Arduino micro controller that ...

Electronic enthusiasts may be interested in a new open source infrared sensor which has been created to support both Raspberry Pi and Arduino powered ... sensors for toys, robotics, drones ...

Recently SmartPlanet posted on the development of research that could lead to so-called robot-human ... In the following video the company presents the use of three soft sensors in the base ...

The Bolt also sports four infrared sensors, meaning there’s an opportunity for these little robots to communicate ... for up to two hours of heavy use play time (perhaps longer if performing ...

Human skin is soft and stretchy and has millions of nerve endings that sense heat and touch. This makes it a superb instrument for detecting and responding to the outside world. Engineers have ...

This specific sensor was chosen because others have successfully interfaced it with the Arduino. Not having to reinvent the wheel is good thing! For the build, [Brian] decided to hook up the IR ...