In this review, we present an example of a system of collectively moving agents which exhibit spontaneous self-organization: this example consist of a model of ant-trail formation. We use this example to illustrate what are the challenges in the mathematical modeling of these systems and to outline some possible methodological tracks
If we accept the traditional definition of self-organization as a macro behaviour in which the micro...
Collective motions of animals that move towards the same direction is a conspicuous feature in natur...
International audienceDesigning teams which have a task to execute in a very dynamic environment is ...
Collective motion refers to the emergence of a global phenomena by natural systems which interact lo...
The emergence of collective patterns from repeated local interactions between individuals is a commo...
Swarming, schooling, flocking and herding are all names given to the wide variety of collective beha...
Abstract. This paper is concerned with mathematical modeling of intelligent systems, such as human c...
<i>Abstract</i><div><br></div><div><br></div><div><div>Self-organization is common in natural system...
Collective phenomena are studied in a range of contexts—from controlling locust plagues to efficient...
We study the formation of trails in populations of self-propelled agents that make oriented deposits...
Self-organization is common in natural systems. This tutorial<br />describes some of these sys...
Summary. The activities of social insects are often based on a self-organising pro-cess, that is, “a...
Collective phenomena are studied in a range of contexts-from controlling locust plagues to efficient...
Collective behaviour is a phenomenon that often occurs in systems of many interacting individuals. C...
Collective phenomena are studied in a range of contexts-from controlling locust plagues to efficient...
If we accept the traditional definition of self-organization as a macro behaviour in which the micro...
Collective motions of animals that move towards the same direction is a conspicuous feature in natur...
International audienceDesigning teams which have a task to execute in a very dynamic environment is ...
Collective motion refers to the emergence of a global phenomena by natural systems which interact lo...
The emergence of collective patterns from repeated local interactions between individuals is a commo...
Swarming, schooling, flocking and herding are all names given to the wide variety of collective beha...
Abstract. This paper is concerned with mathematical modeling of intelligent systems, such as human c...
<i>Abstract</i><div><br></div><div><br></div><div><div>Self-organization is common in natural system...
Collective phenomena are studied in a range of contexts—from controlling locust plagues to efficient...
We study the formation of trails in populations of self-propelled agents that make oriented deposits...
Self-organization is common in natural systems. This tutorial<br />describes some of these sys...
Summary. The activities of social insects are often based on a self-organising pro-cess, that is, “a...
Collective phenomena are studied in a range of contexts-from controlling locust plagues to efficient...
Collective behaviour is a phenomenon that often occurs in systems of many interacting individuals. C...
Collective phenomena are studied in a range of contexts-from controlling locust plagues to efficient...
If we accept the traditional definition of self-organization as a macro behaviour in which the micro...
Collective motions of animals that move towards the same direction is a conspicuous feature in natur...
International audienceDesigning teams which have a task to execute in a very dynamic environment is ...