CONJUNCTION CONTROL IN WIRELESS SENSOR NETWORKS

Abstract

In Wireless Sensor Networks (WSNs), there are at least one sinks or base stations and numerous sensor nodes disseminated over wide region. Sensor nodes have confined power. Whenever a specific occasion is happened, these sensor nodes can send enormous volume of information towards the sink. It can bring about cradle flood at the nodes. It causes packet drops and furthermore network throughput diminishes. In WSNs, congestion might prompt energy squander because of countless retransmissions and packet drops. Thus it abbreviates the lifetime of sensor nodes. Along these lines, congestion in WSNs should be controlled to diminish the lost cause and furthermore to build the lifetime of sensor nodes. In this paper Proposed Enhanced Differed Reporting Rate algorithm (EDRR) congestion control components will further develop network throughput, packet conveyance proportion and packet misfortune. Many organization angles, for example, reporting rate, node density, packet size and so on can influence congestion. Congestion can constrain by use.