Design of Intelligent Multiagent Framework for Cellular Networks

In order to establish a call ton a cellular network, the communication was usually carried out using human operators. It is impractical to have a human network operator or service provider at all times, working at the same pace and directly for all the users on network. The shortcoming has become the bottleneck with the growing size and heterogeneity of cellular networks. This work overcomes the listed shortcoming by injecting intelligence of software agents in the operations and functionality of cellular networks. With an objective to minimize the overhead and load of switching systems, to automate the responsibilities of human network operator, to provide flexible, reusable and independent service specific logics, in this work an intelligent framework have been designed that mainly consist of following components: Intelligent Multiagent framework of cellular networks, Automation of service offering domains and Security Engine for the intelligent framework. Algorithms operating in Intelligent Multiagent Framework for Cellular Networks (MAFCN) are intelligent enough to act in varying and complex situations. Since the agents deployed are robust, secure and fault-tolerant, therefore the framework designed is highly adaptive to an individual’s demand, secure and reliable. Interested in knowing more, refer to http://rdcu.be/tnys or https://link.springer.com/chapter/10.1007/11596448_53 or http://hdl.handle.net/10603/113805

Cite this work as : Sharma A.K., Juneja D. (2005) Design of Multiagent Framework for Cellular Networks. In: Hao Y. et al. (eds) Computational Intelligence and Security. CIS 2005. Lecture Notes in Computer Science, vol 3801. Springer, Berlin, Hei delberg