This paper explores a new frontier of mobile agents, not from technological views but from intrinsic views of mobility. We address ourselves to constructing agents, anthropomorphic computational objects, in which argumentation and mobility play important roles in agents’ growth over the computer network. Argumentation is a prominent apparatus to attain both communication and computation (Argumentation = Computation + Communication), and mobility is an ability and activity found inherently to the human. Combining these two, we attempt to construct two kinds of agents that grow by means of argurability and mobility, and illustrate their application and implementation
[[abstract]]We propose a graph-based model, with a simulation, for the mobile agents to evolve over ...
The computational potential of articial living systems can be studied without knowing the algorithm...
As information infrastructure move towards open systems where agents come and go, new facilities are...
This chapter introduces and discusses the existing computational models employed in the literature f...
We introduce a calculus describing the movement of processes and devices, including movement through...
International audienceThis paper proposes a language called CLAIM : Computational Language for Auton...
International audienceIn real world situations, each person is generally in contact with only a smal...
AbstractIn real world situations, each person is generally in contact with only a small fraction of ...
At the core of distributed computing there is the necessity to coordinate a group of entities in fac...
The question of how to promote the growth and diffusion of information has been extensively addresse...
A mobile agent is an executing program that can migrate, at times of its own choosing, from machine ...
This paper introduces the concept of Agent Chameleons and investigates the motivation, desire and po...
International audienceAgent-based simulation has long been used to study the dynamics of innovation ...
Abslrocf- As information infrastructures move towards open systems where agents come and go, new fac...
During the last decade the notion of agent has gained acceptance within the AI community, mainly due...
[[abstract]]We propose a graph-based model, with a simulation, for the mobile agents to evolve over ...
The computational potential of articial living systems can be studied without knowing the algorithm...
As information infrastructure move towards open systems where agents come and go, new facilities are...
This chapter introduces and discusses the existing computational models employed in the literature f...
We introduce a calculus describing the movement of processes and devices, including movement through...
International audienceThis paper proposes a language called CLAIM : Computational Language for Auton...
International audienceIn real world situations, each person is generally in contact with only a smal...
AbstractIn real world situations, each person is generally in contact with only a small fraction of ...
At the core of distributed computing there is the necessity to coordinate a group of entities in fac...
The question of how to promote the growth and diffusion of information has been extensively addresse...
A mobile agent is an executing program that can migrate, at times of its own choosing, from machine ...
This paper introduces the concept of Agent Chameleons and investigates the motivation, desire and po...
International audienceAgent-based simulation has long been used to study the dynamics of innovation ...
Abslrocf- As information infrastructures move towards open systems where agents come and go, new fac...
During the last decade the notion of agent has gained acceptance within the AI community, mainly due...
[[abstract]]We propose a graph-based model, with a simulation, for the mobile agents to evolve over ...
The computational potential of articial living systems can be studied without knowing the algorithm...
As information infrastructure move towards open systems where agents come and go, new facilities are...