Wireless Sensor Network Routing Algorithm

Wireless Senor Network's(WSN) Routing Arithmetic is the important question in the research of Wireless Senor Network. This thesis studies Wireless Senor Network Flooding Arithmetic, developes Optimum Hop Arithmetic and Mult-level Minimal Dominating Clustering Arithmetic,and program the WSNSimulate program to simulate the arithmetic.This thesis introduces Wireless Senor Network's Application and architecture, and then advances the request to Wireless Senor Network'routing arithmetic, including correctness, simplicity, robustness, energy saving property,speediness, In addition, the author developed lose rate,data efficient rate, energy efficient rate,network life,delay In addition, the author developed time to represent feature.and give the basic structure of WSNSimuate program.In the research of flooding arithmetic,at first,we analyse the flooding efficient, robustness by the 3-neighbor,4-neighbor and 6-neighbor's WSN.so we extend to the n-neighbor's WSN.we give the formula about area of WSN's deploy,count of WSN's node,max distance of communications and average of neighbor's count,and validate this formula by the simulate program.in the last,we analyse the flooding arithmetic's lose rate,data efficient rate, energy efficient rate,network life,delay time by the simulate program.In the research of SPIN arithmetic,we give the FAM of basic SPIN-PP,and analyse the process of transfer data among the nodes.and we analyse the improved SPIN-BC arithmetic,and base on this, advances improved SPIN-BC+ arithmetic.and analyse the SPIN arithmetic's energy saving property is increased,and speediness is redused.by the simulate experiment,we get the synthesize appraise of SPIN,it is the arithmetic of using in node with the limited compute ability, area of WSN's deploy is rectangle, speedinessless.Optimum Hop Arithmetic is the improve of Minimum Hop Arithmetic.At first,we analyse the Minimum Hop Arithmetic's localization about energy and QoS.and Consequently, the author develops Optimum Hop Arithmetic with broadcast and...