NDLI: Performance evaluation of energy efficient qos assurance routing in wmsn.

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Performance evaluation of energy efficient qos assurance routing in wmsn.

Content Provider	CiteSeerX
Author	Geethanjali., V. Sudha., R.
Abstract	Abstract- One of the important and challenging problems in the the routing design of WMSN is the development of an efficient QOS routing protocol that can provide highquality communications among mobile hosts interference management. It has been a key concept for designing future high data-rate wireless systems that are required to employ dense reuse of spectrum. This paper describes how to select the routing with high energy efficiency and quality of service. A QoS trust estimation model based on social network analysis which enables each sensor node measuring the service quality by monitoring the behaviors of neighbour nodes. An energy efficient QoS assurance routing based on cluster hierarchy (EEQAR) is proposed to balance the energy consumption and meet the requirement of QOS between the source and destination. An Round allocation mechanism and TDMA schemes are incorporated in EEQAR to avoid the conflicts during data transmission. The simulation results show the high performance of EEQAR routing in lifetime and quality of service. Keywords- Cellular topology, data correlation, energy efficiency, social network analysis, wireless multimedia sensor networks (WMSNs). I.
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Access Restriction	Open
Subject Keyword	Performance Evaluation Energy Efficient Qos Assurance Routing Social Network Analysis Service Quality Energy Consumption Challenging Problem Dense Reuse Keywords Cellular Topology Data Correlation Energy Efficiency Qos Trust Estimation Model Neighbour Node High Performance Highquality Communication Tdma Scheme Wireless Multimedia Sensor Network Round Allocation Mechanism Key Concept High Energy Efficiency Future High Data-rate Wireless System Mobile Host Interference Management Simulation Result Efficient Qos Cluster Hierarchy Energy Efficient Qos Assurance Data Transmission
Content Type	Text
Resource Type	Article

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