Movement Assisted Component Based Scalable Framework for Distributed Wireless Networks

Intelligent networks are becoming more enveloping and dwelling a new generation of applications are deployed over the peer-to-peer networks. Intelligent networks are very attractive because of their role in improving the scalability and enhancing performance by enabling direct and real-time communication among the participating network stations. A suitable solution for resource management in distributed wireless systems is required which should support fault-tolerant operations, requested resources (at shortest path), minimize overhead generation during network management, balancing the load distribution between the participating stations and high probability of lookup success and many more. This article presents a Movement Assisted Component Based Scalable Framework (MAC-SF) for the distributed network which manages the distributed wireless resources and applications; monitors the behavior of the distributed wireless applications transparently and attains accurate resource projections, manages the connections between the participating network stations and distributes the active objects in response to the user requests and changing processing and network conditions. This system is also compared with some exiting systems. Results shows that MAC-SF is a better system and can be used in any wireless network.