[Sean Hodgins]’s calls his three-part video series an Arduino Neural Network Robot but we’d rather call it an enjoyable series on prototyping, designing a board with surface mount parts ...

[Sean Hodgins]’s calls his three-part video series an Arduino Neural Network Robot but we’d rather call it an enjoyable series on prototyping, designing a board with surface mount parts… ...

This humanoid robot called "Alter" is powered entirely by a neural network that gives it the ability to move by itself. Yes, it is as creepy -- and as fascinating -- as it sounds.

There is a whiff of Skynet about TINA's fusion of AI and robotics but in doing what humans can't, Neural DSP says it is this the future of modelling. Also, CorOS 3.0.0 is officially out now ...

Insects rapidly transition between walking gaits, in response to external stimuli. Scientists have now created a robot that does the same thing, utilizing an artificial neural network – the tech ...

Now, Neural DSP has thrown its own hat into the ring by unveiling a robot that uses machine learning to deliver “even more precise amplifier modeling”. Yes, you read that correctly.

We present a library to automatically embed signal processing and neural network predictions into the material robots are made of. Deep and shallow neural network models are first trained offline ...

Algorithms such as decision trees, neural networks, or reinforcement learning can be used to build the model. The trained model is then deployed into the robot, which starts interacting with students.

The first robot to sink an impressive hole-in-one pulled off its fairway feat back in 2016. But the newest automated golfer looks like it’s coming for the short game.

This golf robot uses a Microsoft Kinect camera and a neural network to line up putts It doesn't get the ball in the hole every time, but at least it won't whine about its 401k. kris holt ...

The Atler robot instead uses its own neural network that allows it to respond to its environment through an array of sensors that detect sound, temperature, humidity and proximity.