Dissertation
Dissertation > Industrial Technology > Automation technology,computer technology > Automation technology and equipment > Automation components,parts > Transmitter ( converter),the sensor > Sensor applications

Research on Energy Efficient Routing Protocol in Wireless Sensor Networks

Author LiLingJing
Tutor SunLiJuan
School Nanjing University of Posts and Telecommunications
Course Applied Computer Technology
Keywords Wireless sensor networks Routing Protocol Energy Efficient Intelligent algorithm
CLC TP212.9
Type Master's thesis
Year 2012
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The wireless sensor network (Wireless Sensor Networks, WSN) is a large-scale deployment of sensor nodes in the monitoring region formed by sensor nodes self-organizing dynamic network . This new technology combines wireless communication , a number of new technologies , embedded computing and sensor acquisition has a very high value in the modern military , agriculture , environment , e-commerce field . Wireless sensor networks with traditional communication networks , has its own characteristics , such as resource-constrained topology mutation and application related , which also presented new challenges because of these characteristics of wireless sensor networks . Since sensor nodes are generally unable to connect to a fixed power , usually carrying miniature battery - powered , which makes energy use to be severely restricted , so how reasonable , effective use of limited resources to extend the survival time of wireless sensor networks has become a hot research one of the problems . This paper the the energy efficient trusted routing protocol EERRP ( Energy Efficient Reliable Routing Protocol ) using an energy balancing strategy , Equilibrium energy consumption in the network , to maximize network life cycle ; introduction of the credibility of the evaluation mechanism , through a node in the data transmission process on the monitoring of the behavior of other nodes and reputation spread , so that the communication process in the data as much as possible to avoid the problem nodes to reach the destination node, to achieve reliable data transmission purposes . Through verification the NS simulation test platform on EERRP with , and is compared with the traditional routing protocols , prove EERRP has obvious advantages in terms of network energy efficiency and trusted data transmission . Constraints based on the conditions of the wireless sensor networks and demand , insufficient for LEACH protocol the father tree cluster routing layer based on immune algorithm to optimize the clustering stage , the network clustering more reasonable , balanced network energy consumption , making the network to maximize the life cycle . Comparison of the agreement with LEACH and immune algorithm to optimize the father tree routing by simulation software , to prove it has a better effect to extend the network lifetime and balanced energy consumption .

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