none3noIn this paper, a novel strategy is presented aiming at controlling a group of mobile robots flocking through an unknown environment. The proposed control strategy is based on a modified version of the Particle Swarm Optimization (PSO) algorithm, and has been extensively validated by means of numerical simulations considering complex maze–like environments and groups of robots with different numbers of units.noneR. Grandi; R. Falconi; C. MelchiorriR. Grandi; R. Falconi; C. Melchiorr
A hybrid technique for the control of swarms of robots, based on Particle Swarm Optimisation (PSO) a...
Abstract. This paper presents a novel design for mobile robot using particle swarm optimization (PSO...
Our motivation focuses on answering a simple question: What is the minimum robotic structure necess...
In this paper, a novel strategy is presented aiming at controlling a group of mobile robots flocking...
In this paper, a novel strategy is presented aiming at controlling a group of mobile robots flocking...
The idea of using multiple mobile robots for tracking targets in an unknown environment can be reali...
In this paper, we propose a new method for exploring an unknown environment with a team of homogeneo...
This paper was devoted to developing a new and general coordinated adaptive navigation scheme for la...
This paper addresses the coordination of multiple mobile robots in navigation formations. Difficulti...
This paper proposes a solution to the motion planning and control problem of car-like mobile robots ...
Abstract. We describe in this contribution a unified controller we implemented in order to simplify ...
A hybrid technique for the control of swarms of robots, based on Particle Swarm Optimisation (PSO) a...
Abstract. We describe in this contribution a unified controller we implemented in order to simplify ...
Abstract: This paper addresses a formation navigation issue for a group of mobile robots passing thr...
A hybrid technique for the control of swarms of robots, based on Particle Swarm Optimisation (PSO) a...
A hybrid technique for the control of swarms of robots, based on Particle Swarm Optimisation (PSO) a...
Abstract. This paper presents a novel design for mobile robot using particle swarm optimization (PSO...
Our motivation focuses on answering a simple question: What is the minimum robotic structure necess...
In this paper, a novel strategy is presented aiming at controlling a group of mobile robots flocking...
In this paper, a novel strategy is presented aiming at controlling a group of mobile robots flocking...
The idea of using multiple mobile robots for tracking targets in an unknown environment can be reali...
In this paper, we propose a new method for exploring an unknown environment with a team of homogeneo...
This paper was devoted to developing a new and general coordinated adaptive navigation scheme for la...
This paper addresses the coordination of multiple mobile robots in navigation formations. Difficulti...
This paper proposes a solution to the motion planning and control problem of car-like mobile robots ...
Abstract. We describe in this contribution a unified controller we implemented in order to simplify ...
A hybrid technique for the control of swarms of robots, based on Particle Swarm Optimisation (PSO) a...
Abstract. We describe in this contribution a unified controller we implemented in order to simplify ...
Abstract: This paper addresses a formation navigation issue for a group of mobile robots passing thr...
A hybrid technique for the control of swarms of robots, based on Particle Swarm Optimisation (PSO) a...
A hybrid technique for the control of swarms of robots, based on Particle Swarm Optimisation (PSO) a...
Abstract. This paper presents a novel design for mobile robot using particle swarm optimization (PSO...
Our motivation focuses on answering a simple question: What is the minimum robotic structure necess...