Abstract

The study deals with sensor networks and aims at assuming a simulation environment for a limited-scope improvised sensor network in which devices and sensors with people-owned wireless communication functions are deployed. The research methods are to exchange these devices or nodes with the most up-to-date information in a dynamic system effectively with other nodes. The study structure is represented, by simulated to build an improvised sensor network in which the appropriate or required nodes are dynamically activated dynamically within a specified area. and the findings are to develop for a variety of protocols: gomashio, attraction model / antithesis, cluster protocol, processing protocol, and the application of these protocols to hardware improvisation networks. It was necessary to develop an experimental environment from a multi hop network. Computer simulation for N-1 and Multi-Hop on table-top.As for the conclusion, the study is based on a sensor network that is not supported by the infrastructure and is located in scattered places to provide different services within an improvised environment and is likely to be widely used in the future.

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