Intelligent agent based-Real time monitoring and Evaluation of GSM quality of service

Most Telecommunication companies could not guarantee complete free and quality communication network service. In recent times there had been Undesirable service delivery, this problem is traced to not having free and quality network which had arisen as a result of not monitoring when there is high bit error rate. The problem had been addressed and a solution proffered in this paper by Real time Evaluation and Monitoring of GSM quality of service utilizing intelligent agent device. This was achieved by first determining the channel capacity for GSM quality network, obtaining the bit error rate for the determined capacity, designing an intelligent GSM rule that will monitor and minimize the high bit error rate for quality service and finally designing a Simulink model for real time monitoring and evaluation of GSM quality of service using intelligent agent. The result obtained was10% better than using the conventional methods or techniques like Hieratical, Proportional Integral Derivative (PID). Real time monitoring and Evaluation of GSM quality of service using intelligent agent is preferred to other conventional methods as it can guarantee a perfect and free network in our communication network. Key words: Real time monitoring and evaluation of GSM quality of service, intelligent agent DOI: 10.7176/IKM/11-4-05 Publication date:June 30th 202

AN INTELLIGENT MOBILE-AGENT BASED SCALABLE NETWORK MANAGEMENT ARCHITECTURE FOR LARGE-SCALE ENTERPRISE SYSTEM

ABSTRACT Several Mobile Agent based distributed network management models have been proposed in recent time

Agent-based subsystem for multimedia communications

There are several issues in multimedia communications, such as resource allocation, quality-of-service (QoS) routing, synchronisation, playout compensation and so on, which affect the continuous and smooth running of a multimedia application. The Internet demands the design of flexible and adaptable multimedia services so as to offer better quality presentations to the user. In this context, agent technology is emerging as a promising solution to provide flexible and adaptable services in distributed environments. The authors propose a subsystem called Protocol Engineering and Technology unit – Agent-based Subsystem for Multimedia Communications (PET-ASMAC) at the client side, which is an intelligent multimedia communication assistant to facilitate multimedia presentation to Internet users. The PETASMAC comprises a set of static and mobile agents, which perform certain autonomous tasks (QoS routing, resource allocation, synchronisation and playout) that satisfy the full-service requirements of an application, and coordinate with each other to provide smooth and continuous multimedia presentations. PET-ASMAC is simulated in several network scenarios to evaluate its effectiveness. The subsystem considers presentations from a single server to a client. However, it can be easily extended for multipoint-to-point communication. The results are encouraging and the observed benefits of the agent technology in multimedia communications are flexibility, adaptability, customisability, maintainability, re-usability and support to component-based software engineering