The “Museum ” problem is a typical problem of collaborative multi-robot tracking of multiple moving targets (CMTMMT). The objective is to achieve collective tracking of multiple targets by multiple robots. In this paper, we present our conditional-weighted potential field based control algorithm to solve this problem. The essence of this algorithm is to make the robots move under the vector sum of the local forces imposed on it while encouraging collaboration. Additionally, some modifications are done to improve the performance. The simulation of our algorithm shows satisfactory performance and ability to achieve collective tracking in museum problem. Key Words – multi-robot, multiple targets, potential field, tracking, collective robotic
International audienceIn this paper we introduce a new distributed algorithm for the exploration of ...
Previously our novel Shared Potential Field (SPF) method has been introduced and compared against a ...
An important issue that arises in the automation of many security, surveillance, and reconnaissance ...
Abstract: Searching and tracking are important issues in multi-robot observation of multiple moving ...
We describe a framework for controlling and coordinating a group of robots for cooperative manipulat...
A method for a team of mobile robots to cooperatively track a n described. We address the main limit...
This paper presents a directed potential field approach for motion co-ordination in formations of mu...
A modified potential field approach is proposed for motion coordination in formations of multi-robot...
Abstract — The problem of estimating and tracking the motion of a moving target by a team of mobile ...
This paper presents a novel approach for motion coordination in formations of multi-robot-systems (M...
Cooperative Multi-Robot Observation of Multiple Moving Targets (CMOMMT) denotes a class of problems ...
An important issue that arises in the automation of many security, surveillance, and reconnaissance ...
Abstract The problem of estimating and tracking the motion of a moving target by a team of mobile r...
The potential field (PF) approach has been used for many robot applications. One of the increasingly...
This paper presents a new approach to control robots, which can quickly find their swarm while track...
International audienceIn this paper we introduce a new distributed algorithm for the exploration of ...
Previously our novel Shared Potential Field (SPF) method has been introduced and compared against a ...
An important issue that arises in the automation of many security, surveillance, and reconnaissance ...
Abstract: Searching and tracking are important issues in multi-robot observation of multiple moving ...
We describe a framework for controlling and coordinating a group of robots for cooperative manipulat...
A method for a team of mobile robots to cooperatively track a n described. We address the main limit...
This paper presents a directed potential field approach for motion co-ordination in formations of mu...
A modified potential field approach is proposed for motion coordination in formations of multi-robot...
Abstract — The problem of estimating and tracking the motion of a moving target by a team of mobile ...
This paper presents a novel approach for motion coordination in formations of multi-robot-systems (M...
Cooperative Multi-Robot Observation of Multiple Moving Targets (CMOMMT) denotes a class of problems ...
An important issue that arises in the automation of many security, surveillance, and reconnaissance ...
Abstract The problem of estimating and tracking the motion of a moving target by a team of mobile r...
The potential field (PF) approach has been used for many robot applications. One of the increasingly...
This paper presents a new approach to control robots, which can quickly find their swarm while track...
International audienceIn this paper we introduce a new distributed algorithm for the exploration of ...
Previously our novel Shared Potential Field (SPF) method has been introduced and compared against a ...
An important issue that arises in the automation of many security, surveillance, and reconnaissance ...