Abstract

In Mobile Ad hoc Networks (MANET), most of the existing works does not consider energy efficiency during selecting the appropriate route. Hence in MANET selecting the appropriate route and also maintaining energy efficiency is very important. Hence in order to overcome these issues, in this study we propose Channel Based Adaptive Rate Control technique for MANET. Here the most appropriate links is selected to transmit the node with efficient power consumption. The node broadcasts the information of its outgoing and incoming links in NSET instead of waiting for the feedback informattion from receiver. The number of packets transmitted in a channel access time is maximized by implementing the benefit ratio in rate selection algorithm. This study also introduces node cooperation, in node cooperation the node determines the feasibility of new rate setting determined by rate selection algorithm and it carries out new setting if it is feasible by following help, ack, reject and accept method. By simulation results we show that the proposed approach is power efficient and also increases the trasmission rate.

Highlights

  • Mobile Ad hoc Networks (MANET): MANET stands for “Mobile Adhoc Network”

  • The number of packets transmitted in a channel access time is maximized by implementing the benefit ratio in rate selection algorithm

  • In node cooperation a node determines the feasibility of new rate setting determined by rate selection algorithm and it carries out new setting if it is feasible by following help, ack, reject and accept method

Read more

Summary

Introduction

MANET: MANET stands for “Mobile Adhoc Network”. It is a self-configuring infrastructure less network of mobile devices connected by wireless links (Saravanan and Ravichandran, 2012). Along with other forms of wireless networks, mobile ad hoc and mesh networks provide a flexible but economical platform for short and mid range era. Chen et al (2007) MANET is proposed as a new technique for delivering telecommunications for geographical areas where fixed wireless servers are difficult to be located. The development of ad hoc networks made possible a lot of applications that depend critically on the availability of wireless services in remote areas. The possible applications are rescue groups, medical applications on remote regions and military operations in battlefield (Oliveira and Pardalos, 2004)

Methods
Results
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call