论文标题
使用消息传递接口对分布式无线传感器网络进行仿真和分析
Simulation and Analysis of Distributed Wireless Sensor Network using Message Passing Interface
论文作者
论文摘要
从环境监控系统到NASA的太空勘探计划，许多行业都使用了无线传感器网络（WSN），因为它允许社会在成本和维护较小的情况下监视和预防问题。本文档旨在使用最近的基于邻居/网格的套接字体系结构提出和分析有效的相互处理通信（IPC）体系结构。还使用了AES加密算法的并行版本，以提高WSN的安全性。首先，将提议的建筑与其他建立良好的建筑进行了比较。接下来，阐明了AES加密算法的好处和缺点。 C中的消息解析接口（MPI）库用于通信，而OpenMP则用于并行化加密算法。接下来，将对从多个模拟获得的结果进行分析。最后，得出结论是，具有AES并行加密的基于网格的IPC体系结构有助于WSN保持通信的安全性，同时进行成本和电力效率。
Wireless Sensor Networks (WSN) are used by many industries from environment monitoring systems to NASA's space exploration programs, as it has allowed society to monitor and prevent problems before they occur with less cost and maintenance. This document aims to propose and analyze an efficient inter process communication (IPC) architecture using a nearest neighbor/grid based socket architecture. A parallelized version of the AES encryption algorithm is also used in order to increase the security of the WSN. First the proposed architecture is compared and contrasted against other well established architectures. Next, the benefits and drawbacks of the AES encryption algorithm is elucidated. The Message Parsing Interface (MPI) library in C is used for the communication while OpenMP is used for parallelizing the encryption algorithm. Next an analysis is performed on the results obtained from multiple simulations. Finally a conclusion is made that the grid based IPC architecture with AES parallel encryption helps WSNs maintain security in communication while being cost and power efficient to operate.
