Improvement of network lifetime with security and load balancing mobile data clustering for wireless sensor networks

A. Abdulasik, Dr.K.Suriyakrishnaan
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引用次数: 4

Abstract

The main objective of designing the project is provide good scalability and increase networks lifespan. Sensor networks faces consequences such as insufficient amount of resources and they are susceptible to environmental condition, thus decreasing lifespan of sensor node. To resolve such issues multi user multiple-input/output (MU-MIMO) system is established in that multi cluster heads are implemented in each cluster to facilitate dual data uploading and to balance workload. Wireless sensor networks which works as a sensor nodes senses the data and SenCar collects information from environment. Then data is forwarded to sink node from SenCar via single or multiple hops. WSN is proved to be a effective in fields like medical, military, home etc. But authentication is essential in such fields. To provide authentication sink generates questions based on selection of SenCar node. An intruder might come and collect whole data in each cluster. To avoid such arrival of intruder, sink uploads the answer to SenCar node for multiple cluster head location based questions.
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基于安全性和负载均衡移动数据聚类的无线传感器网络生存期改进
设计该项目的主要目标是提供良好的可扩展性和延长网络寿命。传感器网络面临着资源不足、易受环境条件影响等后果,从而降低了传感器节点的寿命。为了解决这些问题,我们建立了多用户多输入输出(MU-MIMO)系统,在每个集群中实施多个集群头,以方便双重数据上传和平衡工作量。无线传感器网络作为传感器节点感知数据,SenCar从环境中收集信息。然后数据通过单跳或多跳从SenCar转发到汇聚节点。事实证明,无线传感器网络在医疗、军事、家庭等领域都是有效的。但在这些领域,身份验证是必不可少的。提供基于SenCar节点选择的认证sink生成问题。入侵者可能会来收集每个集群中的全部数据。为了避免这种入侵者的到来,sink将多个基于簇头位置的问题的答案上传到SenCar节点。
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