A Memory Aided Audio Broadcast and Power Reduction Mechanism for Community Radio Service in Mobile Ad Hoc Networks
K. Malarvizhi, A. Glory, Santha Vinothini · 2014
The deployment of a rural level community radio application in mobile ad hoc networks comprising completely of mobile phones. The usage of the network is powered to spawn and scattered audio content to the entire network through mobile phones. This paper focuses on the study of suitable broadcast algorithms for mobile ad hoc network to optimize the power. In the Existing system implemented an Environs Aware Broadcast Algorithm (EABA), where nodes measure mobility around itself and uses that to determine which of two broadcast mechanism to use. When mobility is high it uses a Scalable Broadcast Algorithm (SBA) and when mobility is low it uses a Memory Aided Broadcast Algorithm (MABA). Energy Aware Broadcast Algorithms support audio transferring and the large transmission range level leads to the waste of Battery energy. The proposed system presents the Energy- Efficient Delay Constrained Multicast Routing Algorithm (EDCMRA) is a source based algorithm which takes into account energy consumption. The proposed system achieves the quality of service, reduce the latency, jitter and packet loss ratio and improve the throughput also.