This paper reviews the theory of robot motion planning and elaborates on an application in which neural networks are used to make decisions regarding to the orientation of a robot in its search for a destination target with obstacle avoidance. The results of these concepts are implemented in an application developed with C++. This work can be used to develop games which mobile objects, that avoid obstacles, are involved or to implement obstacle detection systems for robots.En el presente artículo se realiza una revisión acerca de la planeación de trayectorias en robots móviles y específicamente la aplicación de una red neuronal que toma las decisiones con respecto a la trayectoria de un robot móvil en la evasión de obstáculos hasta llegar a...
This paper deals with a path planning and intelligent control of an autonomous robot which should mo...
Recently it has been introduced a neural controller for a mobile robot that learns both forward and ...
Recent changes in industrial paradigms enforce that robots must be intelligent and capable of decisi...
This paper reviews the theory of robot motion planning and elaborates on an application in which neu...
Context: Mobile robotics remains being an area of constant updating, which seeks to have application...
Detectar e prevenir possíveis colisões é um dos aspectos mais importantes na robótica móvel. Esta ta...
En este artículo se presenta una metodología de navegación de robots móviles en ambientes estructura...
This paper described the problem of path-planning in mobile robots in a partially structured environ...
Autonomous vehicles navigation, as well as mapping areas have endless commercial andindustrial appli...
Navigation is a major challenge for autonomous, mobile robots. The problem can basically be divided ...
Abstract: The aim of this work is to propose an artificial neural network based solution to a robot ...
This document details the construction and operation of an intelligent system with artificial vision...
AbstractThis paper presents the development and implementation of neural control systems in mobile r...
In this paper we propose a neural network based navigation for intelligent autonomous mobile robots....
. Recently it has been introduced a neural controller for a mobile robot that learns both forward an...
This paper deals with a path planning and intelligent control of an autonomous robot which should mo...
Recently it has been introduced a neural controller for a mobile robot that learns both forward and ...
Recent changes in industrial paradigms enforce that robots must be intelligent and capable of decisi...
This paper reviews the theory of robot motion planning and elaborates on an application in which neu...
Context: Mobile robotics remains being an area of constant updating, which seeks to have application...
Detectar e prevenir possíveis colisões é um dos aspectos mais importantes na robótica móvel. Esta ta...
En este artículo se presenta una metodología de navegación de robots móviles en ambientes estructura...
This paper described the problem of path-planning in mobile robots in a partially structured environ...
Autonomous vehicles navigation, as well as mapping areas have endless commercial andindustrial appli...
Navigation is a major challenge for autonomous, mobile robots. The problem can basically be divided ...
Abstract: The aim of this work is to propose an artificial neural network based solution to a robot ...
This document details the construction and operation of an intelligent system with artificial vision...
AbstractThis paper presents the development and implementation of neural control systems in mobile r...
In this paper we propose a neural network based navigation for intelligent autonomous mobile robots....
. Recently it has been introduced a neural controller for a mobile robot that learns both forward an...
This paper deals with a path planning and intelligent control of an autonomous robot which should mo...
Recently it has been introduced a neural controller for a mobile robot that learns both forward and ...
Recent changes in industrial paradigms enforce that robots must be intelligent and capable of decisi...