Cellular automata (AC) are bioinspired approaches that have recently been investigated for various applications, including robotics. An improved model based on CA rules and local decision flow is proposed and evaluated for distributed and decentralized navigation of teams of autonomous robots. The proposed model was called BioTeam: a bio-inspired distributed system for path planning and navigation of robot teams. In the first stage, the path planning is carried out by each robot independently. The goal is for each robot on the team to be able to build a short, collision-free path from its current position to its goal, trying to avoid unnecessary detours as much as possible. During displacement along the defined path, the decentraliz...
Dottorato di Ricerca in Information and Communication Engineering For Pervasive Intelligent Environm...
One of the biggest challenges encountered in mobile robots is planning their trajectory and has rec...
Our motivation focuses on answering a simple question: What is the minimum robotic structure necess...
This work investigates a bioinspired model for swarm robotics coordination, focusing on the surveill...
Formation control is the task of coordinating a group of robots to get into and to maintain a forma...
A aplicação de sistemas de múltiplos robôs é desejável em várias tarefas. Algumas delas são: explora...
Considering path planning problem for autonomous robots, the objective is to find a list of steps t...
We present a model for the study, analysis, design and evaluation of collective multi-agent navigati...
This study proposes and establishes a novel multi-robot architecture based on concepts observed from...
We present a model for the study, analysis, design and evaluation of collective multi-agent navigati...
Research in collective robotics is motivated mainly by the possibility of achieving an efficient sol...
Graduation date: 2010The use of autonomous robots in complex exploration tasks is rapidly increasing...
The paper shows a distributed architecture for autonomous robot navigation. The architecture is base...
The distributed coordination and control of a team of autonomous mobile robots is a problem widely s...
Swarm robotics is the collaboration of a large number of robots to accomplish a set of specified tas...
Dottorato di Ricerca in Information and Communication Engineering For Pervasive Intelligent Environm...
One of the biggest challenges encountered in mobile robots is planning their trajectory and has rec...
Our motivation focuses on answering a simple question: What is the minimum robotic structure necess...
This work investigates a bioinspired model for swarm robotics coordination, focusing on the surveill...
Formation control is the task of coordinating a group of robots to get into and to maintain a forma...
A aplicação de sistemas de múltiplos robôs é desejável em várias tarefas. Algumas delas são: explora...
Considering path planning problem for autonomous robots, the objective is to find a list of steps t...
We present a model for the study, analysis, design and evaluation of collective multi-agent navigati...
This study proposes and establishes a novel multi-robot architecture based on concepts observed from...
We present a model for the study, analysis, design and evaluation of collective multi-agent navigati...
Research in collective robotics is motivated mainly by the possibility of achieving an efficient sol...
Graduation date: 2010The use of autonomous robots in complex exploration tasks is rapidly increasing...
The paper shows a distributed architecture for autonomous robot navigation. The architecture is base...
The distributed coordination and control of a team of autonomous mobile robots is a problem widely s...
Swarm robotics is the collaboration of a large number of robots to accomplish a set of specified tas...
Dottorato di Ricerca in Information and Communication Engineering For Pervasive Intelligent Environm...
One of the biggest challenges encountered in mobile robots is planning their trajectory and has rec...
Our motivation focuses on answering a simple question: What is the minimum robotic structure necess...