Abstract

This paper considers a network where nodes are connected randomly and can fail at random times. The critical-node test detects nodes, whose failures are malicious behavior, disconnects or significantly degrades the performance of the network. The critical node is an element, position or control entity whose disruption, is immediately degrades the ability of a force to command, control or effectively conducts combat operations. If a node is critical node, then more attention must be paid to it to avoid its failure or removal of a network. So how to confirm critical nodes in the ad hoc network is the premise to predict the network partition. A critical node is the most important node within the entity of a network. This paper suggests methods that find the critical nodes of a network based on residual battery power, reliability, bandwidth, availability and service traffic type. The metrics for evaluation has been considered as packet delivery ratio, end-to-end delay and throughput.

Highlights

  • Nodes in Mobile Ad hoc Networks (MANETs) are battery powered and have limited lifetime

  • Nodes are subject to battery power, efficient bandwidth constraints and good throughput

  • The overall performance of the network is increased after detection of the critical node and selecting alternate path for the continuation of the same operation

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Summary

INTRODUCTION

Nodes in Mobile Ad hoc Networks (MANETs) are battery powered and have limited lifetime. Early detection and avoidance of energy depletion problem is possible based on monitoring of power and remaining battery lifetime. As and when the rate of consumption based on the application returns to efficient levels, the mobile relay is released so that it can be made available for other critical nodes. This technique can be applied to any protocol used in MANETs such as DSDV, DSR, AODV, TORA etc. Propose the compensation algorithm to avoid the network partitioning This approach described in this paper is built around the notion of a critical node in an ad hoc network.

SOME OF THE RELATED RESEARCH WORK
Determining Node Priority Order Based on Traffic Volume
Bandwidth Balancing
Bandwidth Constraint in MANET
Location Dependent Contention
Loop Free Routing
Signal Strength Based Reliability
Residual Battery Power
Availability
SIMULATION SETUP AND RESULT DISCUSSION
Findings
CONCLUSION
Full Text
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