This article deals with the management of a Freescale small robotic car along the predefined guide line. Controlling of the direction of movement of the robot is performed by neural networks, and scales (memory) of neurons are calculated by Hebbian learning from the truth tables as learning with a teacher. Reflexive infrared sensors serves as inputs. The results are experiments, which are used to compare two methods of mobile robot control - tracking lines
Developing mobile robots able to move autonomously and staying operational in unexplored environment...
grantor: University of TorontoA neural network module was developed with the purpose of im...
The paper proposes a neural networks approach to the solution of the tracking problem for mobile rob...
A review is given on the use of neural networks for mobile robots and autonomous vehicles. The paper...
In recent years researchers in the Department of Cybernetics have been developing simple mobile robo...
Mobile robot are widely applied in various aspect of human life. The main issue of this type of rob...
The structure of a self-ruling vehicle dependent on neural sophisticated network for route in obscur...
Abstract: A neural-network based approach to the control of non-linear dynamical systems such as whe...
In this paper we have presented the artificial neural network controlled car in mobile robotics and ...
This article introduces an unsupervised neural architecture for the control of a mobile robot. The ...
With automation now spreading throughout factories automated guided vehicles have found their way in...
Using a neural network (ANN) for the brain, we want a vehicle to drive by itself avoiding obstacles....
The paper proposes a neural networks approach to the solution of the tracking problem for mobile rob...
Autonomous vehicles promise large benefits for humanity, such as a significant reduction of injuries...
In this document, I describe possibilities of mobile robot navigation. This problems are solving man...
Developing mobile robots able to move autonomously and staying operational in unexplored environment...
grantor: University of TorontoA neural network module was developed with the purpose of im...
The paper proposes a neural networks approach to the solution of the tracking problem for mobile rob...
A review is given on the use of neural networks for mobile robots and autonomous vehicles. The paper...
In recent years researchers in the Department of Cybernetics have been developing simple mobile robo...
Mobile robot are widely applied in various aspect of human life. The main issue of this type of rob...
The structure of a self-ruling vehicle dependent on neural sophisticated network for route in obscur...
Abstract: A neural-network based approach to the control of non-linear dynamical systems such as whe...
In this paper we have presented the artificial neural network controlled car in mobile robotics and ...
This article introduces an unsupervised neural architecture for the control of a mobile robot. The ...
With automation now spreading throughout factories automated guided vehicles have found their way in...
Using a neural network (ANN) for the brain, we want a vehicle to drive by itself avoiding obstacles....
The paper proposes a neural networks approach to the solution of the tracking problem for mobile rob...
Autonomous vehicles promise large benefits for humanity, such as a significant reduction of injuries...
In this document, I describe possibilities of mobile robot navigation. This problems are solving man...
Developing mobile robots able to move autonomously and staying operational in unexplored environment...
grantor: University of TorontoA neural network module was developed with the purpose of im...
The paper proposes a neural networks approach to the solution of the tracking problem for mobile rob...