Titlebook: Software Agents for Future Communication Systems; . Alex L. G. Hayzelden,John Bigham Book 1999 Springer-Verlag Berlin Heidelberg 1999 Agent

happiness

Cooperating Mobile Agents for Dynamic Network Routing, In our research at the MIT Media Laboratory we are building systems that use mobile software agents to manage complex real-world networks. In this chapter we describe a strategy for using a collection of cooperating mobile agents to solve routing problems for dynamic, peer-to-peer networks.

jagged

,Grasshopper — An Agent Platform for Mobile Agent-Based Services in Fixed and Mobile Telecommunicatirrently gaining momentum in the telecommunications domain (S. Krause, T. Magedanz, K. Rothermel, 1996). Up to now, various mobile agent platforms have been developed in academia and industry, based on different programming languages and middleware, but not necessarily on DOT.

neolith

使長(zhǎng)胖

Future Communication Networks using Software Agents,information and which possess the innate ability to invoke effective changes to switch controllers, without the explicit interaction of a human operator. This is the model emerging from research and development in technologies, such as TINA-C (Telecommunications Information Networking Architecture —

Binge-Drinking

Agents of Change in Future Communication Systems,te on what FCS would look like. Next, we project that distributed software technology would be invaluable to them. We then proceed to argue the case that software agent technology would be key to providing mechanisms for realising the distributed software technology required. Drawing from work we ha

elucidate

A Multi-Agent System Architecture for Scalable Management of High Performance Networks: Applying Ar presents a new characteristic set of management requirements. A common theme is a move towards networks that are inherently more dynamic than with previous technologies. A relatively static approach to network management has sufficed for telephony (circuit-switched) networks. The statistical charac

流動(dòng)性

Alcove

Constrain

Multi-Agent Interactions for a Network Management System (Tele-MACS Approach),re design methodology that we have adopted for the construction of a multi-agent based network management system. Chapters 3 and 5 have provided some introductory discussions on ATM technology, therefore we will endeavor to provide the reader with a more detailed description of our experience in con

協(xié)迫

Resource Adaptation for a Scalable Agent Society in the MoTiV-PTA Domain, applications vary greatly, ranging from information retrieval to electronic commerce, all these systems can be supported by a common infrastructure provided by generic agent development environments. In this chapter, we describe the MECCA system (.), a class library written in Java which supports t