This technical report describes how biologically inspired agents can be used to solve control and management problems in Telecommunications. These agents, inspired by the foraging behavior of ants, exhibit the desirable characteristics of simplicity of action and interaction. The collection of agents, or swarm system, deals only with local knowledge and exhibits a form of distributed control with agent communication effected through the environment. In the technical report we explore the application of ant-like agents to the problem of routing in circuit switched telecommunication networks. 1. Introduction Routing in telecommunication networks has mainly been static to date. With the advent of new technologies and, in particular, high cap...
Routing in Mobile Ad Hoc Networks (MANET) is a challenging problem which has recently stimulated a l...
Part 1: Invited PapersInternational audienceSince they were first introduced as powerful stochastic ...
Mobile radio networks are renowned for the innate high degree of flexibility they provide to the end...
This paper describes how biologically-inspired agents can be used to solve control problems in Telec...
Abstract.. A simple mechanism is presented, based on ant-like agents, for routing and load balancing...
This paper describes how biologically-inspired agents can be used to solve complex routing problems ...
collection of autonomous self-organized nodes. They use wireless medium for communication, thus two ...
This paper describes how biologically-inspired agents can be used to solve complex routing problems ...
This thesis investigates the use of novel Artificial Intelligence techniques to improve the control ...
In this paper, we introduce an analytic modelling approach to the study of a novel class of adaptive...
This paper describes a novel method of achieving load balancing in telecommunications networks. A si...
Ad hoc networks consist of autonomous self-organized nodes. Nodes use a wireless medium for communic...
This paper presents a improved version of swarm-intelligence inspired ad routing algorithm EARA intr...
This paper presents a new version of swarm-intelligence inspired ad hoc routing algorithm for commun...
Abstract: Antnet is an agent based routing algorithm based on real ants ' behavior. Ants are ab...
Routing in Mobile Ad Hoc Networks (MANET) is a challenging problem which has recently stimulated a l...
Part 1: Invited PapersInternational audienceSince they were first introduced as powerful stochastic ...
Mobile radio networks are renowned for the innate high degree of flexibility they provide to the end...
This paper describes how biologically-inspired agents can be used to solve control problems in Telec...
Abstract.. A simple mechanism is presented, based on ant-like agents, for routing and load balancing...
This paper describes how biologically-inspired agents can be used to solve complex routing problems ...
collection of autonomous self-organized nodes. They use wireless medium for communication, thus two ...
This paper describes how biologically-inspired agents can be used to solve complex routing problems ...
This thesis investigates the use of novel Artificial Intelligence techniques to improve the control ...
In this paper, we introduce an analytic modelling approach to the study of a novel class of adaptive...
This paper describes a novel method of achieving load balancing in telecommunications networks. A si...
Ad hoc networks consist of autonomous self-organized nodes. Nodes use a wireless medium for communic...
This paper presents a improved version of swarm-intelligence inspired ad routing algorithm EARA intr...
This paper presents a new version of swarm-intelligence inspired ad hoc routing algorithm for commun...
Abstract: Antnet is an agent based routing algorithm based on real ants ' behavior. Ants are ab...
Routing in Mobile Ad Hoc Networks (MANET) is a challenging problem which has recently stimulated a l...
Part 1: Invited PapersInternational audienceSince they were first introduced as powerful stochastic ...
Mobile radio networks are renowned for the innate high degree of flexibility they provide to the end...