An Enhanced Network Monitoring System using Multi-Agent based Technology

Network Monitoring and Traffic Reduction using Multi-Agent Technology

-------------------------------------------------------------------ABSTRACT--------------------------------------------------------------In this paper the algorithms which could improve Transmission band and Network Traffic reduction for computer network has been shown. Problem solving is an area with which many Multiagent-based applications are concerned. Multiagent systems are computational s...

Advanced Structural Health Monitoring based on Multi - Agent Technology

Autonomous Monitoring of Masonry Dams Based on Multi- Agent Technology

Kay Smarsly1 and Dietrich Hartmann2 Summary This paper summarizes the results of a study investigating multi-agent technology deployed for decentralized, autonomous dam monitoring. Multi-agent systems, representing decentralized computing systems, have been used in artificial intelligence research for many years to tackle problems that are difficult or impossible to be solved by individual comp...

Advanced network monitoring applications based on mobile/intelligent agent technology

Mobile Agents (MA) have been proposed as a solution for distributed Network Management (NM). However, most MA-based infrastructures exhibit scalability limitations when data intensive management applications are considered. Therefore, we present three novel applications, tailored to transfers of bulk network monitoring data, in which MAs are used to perform data aggregation, acquire atomic SNMP...

Autonomous Network Monitoring System based on Agent-mediated Network Information

Tohoku University, Sendai, Miyagi, JAPAN Summary The growing complexity of communication networks and their associated information overhead have made network management considerably difficult. This paper presents a novel Network Management Scheme based on the novel concept of Active Information Resources (AIRs). Many types of information are distributed in the complex network, and they are chan...