This paper proposes a distributed algorithm by which a collection of mobile robots roaming on a plane move to form a circle. The algorithm operates under the premises that robots (1) are unable to recall past actions and observations (i.e., oblivious), (2) cannot be distinguished from each others (i.e., anonymous), (3) share no common sense of direction, and (4) are unable to communicate in any other ways than by observing each others position.リサーチレポート(北陸先端科学技術大学院大学知識科学研究科
We propose distributed control laws for a group of anonymous mobile agents to form desired circle fo...
The Uniform Circle Formation problem requires a swarm of mobile agents, arbitrarily positioned onto ...
International audienceRecent advances in robotics technology have made it practical to deploy a larg...
This paper proposes a distributed algorithm by which a collection of mobile robots roaming on a plan...
This paper presents a distributed algorithm whereby a group of mobile robots self-organize and posit...
AbstractThis paper presents a distributed algorithm whereby a group of mobile robots self-organize a...
This paper presents a distributed algorithm whereby a group of mobile robots self-organize and posit...
Consider a set of n ̸= 4 simple autonomous mobile robots (decentralized, asynchronous, no common coo...
This paper proposes a distributed control law for a group of mobile robots to form any given formati...
Consider a set of n finite set of simple autonomous mobile robots (asynchronous, no common coordinat...
The study of what can be computed by a team of autonomous mobile robots, originally started in robot...
Consider a set of n > 2 identical mobile computational entities in the plane, called robots, operati...
A system consisting of multiple mobile robots in which the robots can see each other by their eye se...
Consider a set of n > 2 identical mobile compu tational entities in the plane, called robots, operat...
We study the circle formation problem for a group of anonymous mobile agents in a plane, in which we...
We propose distributed control laws for a group of anonymous mobile agents to form desired circle fo...
The Uniform Circle Formation problem requires a swarm of mobile agents, arbitrarily positioned onto ...
International audienceRecent advances in robotics technology have made it practical to deploy a larg...
This paper proposes a distributed algorithm by which a collection of mobile robots roaming on a plan...
This paper presents a distributed algorithm whereby a group of mobile robots self-organize and posit...
AbstractThis paper presents a distributed algorithm whereby a group of mobile robots self-organize a...
This paper presents a distributed algorithm whereby a group of mobile robots self-organize and posit...
Consider a set of n ̸= 4 simple autonomous mobile robots (decentralized, asynchronous, no common coo...
This paper proposes a distributed control law for a group of mobile robots to form any given formati...
Consider a set of n finite set of simple autonomous mobile robots (asynchronous, no common coordinat...
The study of what can be computed by a team of autonomous mobile robots, originally started in robot...
Consider a set of n > 2 identical mobile computational entities in the plane, called robots, operati...
A system consisting of multiple mobile robots in which the robots can see each other by their eye se...
Consider a set of n > 2 identical mobile compu tational entities in the plane, called robots, operat...
We study the circle formation problem for a group of anonymous mobile agents in a plane, in which we...
We propose distributed control laws for a group of anonymous mobile agents to form desired circle fo...
The Uniform Circle Formation problem requires a swarm of mobile agents, arbitrarily positioned onto ...
International audienceRecent advances in robotics technology have made it practical to deploy a larg...