Motion Planning for mobile robots is concerned with providing a feasible and efficient path to accomplish a given task. Although many solutions may exist, a condition for obtaining the best (or near best)option may be imposed by the user, where a criterion in terms of the total distance traversed, energy expended or minimum execution time must be achieved. The planning procedure is made more complicated if the robot has to detect and avoid static or dynamic objects in the workcell
The issues of path and trajectory planning algorithms and optimization of industrial manipulator tra...
Abstract- This paper presents a new algorithm for global path planning to a goal for a mobile robot ...
Robots able to roll and jump are used to solve complex trajectories. These robots have a low level o...
This paper is concerned with introducing a genetic-based algorithm for the minimum-time trajectory p...
An approach for modelling and motion planning of a mobile manipulator system with nonholonomic const...
Minimum-time motion planning algorithm for an RTX robot is presented. Two methods are used for minim...
The search for minimum-time motion of an articulated mechanical arm by tessellating the joint space ...
My thesis deals with the mobile robot path planning by means of genetic algorithms. The first part d...
Real-time robot control has always presented researchers with great difficulties in terms of both th...
This paper describes how soft computing technology as Genetic Algorithms (GAs) can be applied for pa...
. We present an ongoing research work on robot motion planning using genetic algorithms. Our goal is...
We present an ongoing research work on robot motion planning using genetic algorithms. Our goal is t...
This paper discusses a genetic algorithm (GA) based method for automatically tuning mobile robot mo...
Abstract: This paper presents a omni-directional mobile robot which can run on off-road and run over...
This thesis investigates the use of Genetic Programming (GP) to evolve controllers for an autonomous...
The issues of path and trajectory planning algorithms and optimization of industrial manipulator tra...
Abstract- This paper presents a new algorithm for global path planning to a goal for a mobile robot ...
Robots able to roll and jump are used to solve complex trajectories. These robots have a low level o...
This paper is concerned with introducing a genetic-based algorithm for the minimum-time trajectory p...
An approach for modelling and motion planning of a mobile manipulator system with nonholonomic const...
Minimum-time motion planning algorithm for an RTX robot is presented. Two methods are used for minim...
The search for minimum-time motion of an articulated mechanical arm by tessellating the joint space ...
My thesis deals with the mobile robot path planning by means of genetic algorithms. The first part d...
Real-time robot control has always presented researchers with great difficulties in terms of both th...
This paper describes how soft computing technology as Genetic Algorithms (GAs) can be applied for pa...
. We present an ongoing research work on robot motion planning using genetic algorithms. Our goal is...
We present an ongoing research work on robot motion planning using genetic algorithms. Our goal is t...
This paper discusses a genetic algorithm (GA) based method for automatically tuning mobile robot mo...
Abstract: This paper presents a omni-directional mobile robot which can run on off-road and run over...
This thesis investigates the use of Genetic Programming (GP) to evolve controllers for an autonomous...
The issues of path and trajectory planning algorithms and optimization of industrial manipulator tra...
Abstract- This paper presents a new algorithm for global path planning to a goal for a mobile robot ...
Robots able to roll and jump are used to solve complex trajectories. These robots have a low level o...