www.adaptronics.dk We developed spiking neural network control for a modular robotic system. The modular robotic system can be easily assembled by a user who is allowed to make overall behaviors by assembling the physical structure made up of a number of modules. The control of each module (building block) is implemented as a spiking neuron and action potentials are sent through the communication channels of the building blocks. We show how to make a mobile robot with these spiking neural building blocks. Hebbian learning is then applied to the spiking neuron building blocks in order to allow the mobile robot to adapt to changing environmental conditions. Collected data shows the learning process, sensor adaptation and performance on a simp...
A new way of building control systems, known as behavior-based robotics, has recently been proposed ...
We demonstrate the operant conditioning (OC) learning process within a basic bio-inspired robot cont...
The objective of this project is to make a step toward achieving human-robot collaboration using neu...
Spiking neural networks in-silico can closely resemble the architecture and dynamics of neural netwo...
This study explores the design and control of the behaviour of agents and robots using simple circui...
Abstract—In this paper, we introduce a network of spiking neurons devoted to navigation control. Thr...
Spiking neural networks are usually limited in their applications due to their complex mathematical ...
We present an adaptive training procedure for a spiking neural network, which is used for control of...
The cerebellum has a central role in fine motor control and in various neural processes, as in assoc...
AbstractWe describe a sequence of experiments in which a robot “brain” was evolved to mimic the beha...
In this paper, a target tracking controller based on spiking neural network is proposed for autonomo...
Compared to biological systems, existing learning systems lack the ability to learn autonomously, es...
An adaptive training procedure is developed for a network of electronic neurons, which controls a mo...
Neuromorphic engineers develop event-based spiking neural networks (SNNs) in hardware. These SNNs cl...
Compliant robots can be more versatile than traditional robots, but theircontrol is more complex. Th...
A new way of building control systems, known as behavior-based robotics, has recently been proposed ...
We demonstrate the operant conditioning (OC) learning process within a basic bio-inspired robot cont...
The objective of this project is to make a step toward achieving human-robot collaboration using neu...
Spiking neural networks in-silico can closely resemble the architecture and dynamics of neural netwo...
This study explores the design and control of the behaviour of agents and robots using simple circui...
Abstract—In this paper, we introduce a network of spiking neurons devoted to navigation control. Thr...
Spiking neural networks are usually limited in their applications due to their complex mathematical ...
We present an adaptive training procedure for a spiking neural network, which is used for control of...
The cerebellum has a central role in fine motor control and in various neural processes, as in assoc...
AbstractWe describe a sequence of experiments in which a robot “brain” was evolved to mimic the beha...
In this paper, a target tracking controller based on spiking neural network is proposed for autonomo...
Compared to biological systems, existing learning systems lack the ability to learn autonomously, es...
An adaptive training procedure is developed for a network of electronic neurons, which controls a mo...
Neuromorphic engineers develop event-based spiking neural networks (SNNs) in hardware. These SNNs cl...
Compliant robots can be more versatile than traditional robots, but theircontrol is more complex. Th...
A new way of building control systems, known as behavior-based robotics, has recently been proposed ...
We demonstrate the operant conditioning (OC) learning process within a basic bio-inspired robot cont...
The objective of this project is to make a step toward achieving human-robot collaboration using neu...