This paper describes a robust algorithm for mobile robot formations based on the Voronoi Fast Marching path planning method. This is based on the propagation of a wave throughout the model of the environment, the wave expanding faster as the wave's distance from obstacles increases. This method provides smooth and safe trajectories and its computational efficiency allows us to maintain a good response time. The proposed method is based on a local-minima-free planner; it is complete and has an O(n) complexity order where n is the number of cells of the map. Simulation results show that the proposed algorithm generates good trajectories.Comunidad de Madri
In this paper, a new path planning method for robots used in outdoor environments is presented. The ...
This article provides a comprehensive view of the novel fast marching (FM) methods we developed for ...
Formations or groups of robots become essential in cases where a single robot is insufficient to sat...
This paper describes a robust algorithm for mobile robot formations based on the Voronoi Fast Marchi...
This paper presents the application of the Voronoi Fast Marching (VFM) method to path planning of mo...
This paper presents a novel algorithm to solve the robot formation path planning problem working und...
This paper presents the application of the Voronoi Fast Marching (V FM) method to the Control of Rob...
For navigation in complex environments, a robot need s to reach a compromise between the need for ha...
For navigation in complicated environments, a robot must reach a compromise between efficient traje...
This work presents a path planning algorithm for 3D robot formations based on the standard Fast Marc...
Abstract—This paper presents a new Path Planning method which operates in two steps. In the first st...
Abstract—This paper presents a new sensor based global Path Planner which operates in two steps. In ...
This paper proposes a new path planning strategy called the navigation strategy with path priority (...
In this paper, a new path planning method for robots used in outdoor environments is presented. The ...
This article provides a comprehensive view of the novel fast marching (FM) methods we developed for ...
Formations or groups of robots become essential in cases where a single robot is insufficient to sat...
This paper describes a robust algorithm for mobile robot formations based on the Voronoi Fast Marchi...
This paper presents the application of the Voronoi Fast Marching (VFM) method to path planning of mo...
This paper presents a novel algorithm to solve the robot formation path planning problem working und...
This paper presents the application of the Voronoi Fast Marching (V FM) method to the Control of Rob...
For navigation in complex environments, a robot need s to reach a compromise between the need for ha...
For navigation in complicated environments, a robot must reach a compromise between efficient traje...
This work presents a path planning algorithm for 3D robot formations based on the standard Fast Marc...
Abstract—This paper presents a new Path Planning method which operates in two steps. In the first st...
Abstract—This paper presents a new sensor based global Path Planner which operates in two steps. In ...
This paper proposes a new path planning strategy called the navigation strategy with path priority (...
In this paper, a new path planning method for robots used in outdoor environments is presented. The ...
This article provides a comprehensive view of the novel fast marching (FM) methods we developed for ...
Formations or groups of robots become essential in cases where a single robot is insufficient to sat...