Optimized Data Rate Using Destructive Interference Technique for Tiered Networks

Abstract

Our project deals with uplink interference management system using interference alignment technique. Uplink interference generated by macro cell users will be mitigated by providing proper coordination of macro cell users with the closest fem to cell base station. We first create the number of node or operational connections in a macro cell and check its feasibility with respect to fem to cell then we check it in near reality scenario. This paper is intended to introduce energy efficient routing protocol, known as Position Responsive Routing Protocol (PRRP) and Interference Alignment with Destructive Interference to enhance energy efficiency of fem to cell and reduce the interference in the channel which Combinely reduces the transmission overhead and saves the power for fem to cell with increasing signal level. Position responsive routing protocol differs in several ways than other existing routing techniques. Position response routing protocol approach allows fair distribution of gateway\cluster head selection, maximum possible distance minimization among nodes and gateways\cluster heads to utilize less energy. Position responsive routing protocol shows significant improvement of 45% in energy efficiency of wireless sensor network life time as a whole by increasing coverage life of individual nodes. Furthermore PRRP shows drastic increases for data throughput and provide better solution to routing energy hole due to it fair distributed approach of gateway selection.

Authors and Affiliations

Miss. M. Subedha begam, Miss. J. Revathi. , Miss. S. Achaiya. , Miss. R. Gomathy

Keywords

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  • EP ID EP22037
  • DOI -
  • Views 217
  • Downloads 4

How To Cite

Miss. M. Subedha begam, Miss. J. Revathi. , Miss. S. Achaiya. , Miss. R. Gomathy (2016). Optimized Data Rate Using Destructive Interference Technique for Tiered Networks. International Journal for Research in Applied Science and Engineering Technology (IJRASET), 4(4), -. https://europub.co.uk./articles/-A-22037