基于Leach算法的森林火灾识别系统

Shruti Gupta, Lekha Doshi
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引用次数: 2

摘要

本文提出了一种利用无线传感器网络感知环境变化并在此基础上进行节点间通信的基于识别的灾害管理系统。为了实现通信目的,采用了低能量自适应聚类层次(LEACH)算法。LEACH算法本质上是分层的,因此有助于保持节点之间的连接,从而实现有效的通信。灾难是一种随时随地都可能在没有事先信息的情况下发生的活动,它影响着整个人类、人类、动物及其繁荣昌盛。由于灾难是一种自然活动,没有人可以阻止它,但是可以开发一个系统在发生之前提醒人们,这样就可以挽救许多生命。本文的重点是利用传感器网络和LEACH算法来开发一个针对温度的报警系统。基于阈值的机制用于节省能量,即系统仅在温度达到其阈值时才工作,否则不会通过连续路由数据来浪费能量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Acknowledgement Based System for Forest Fire Detection via Leach Algorithm
This paper presents an acknowledgement based system for disaster management by utilizing wireless sensor network, which sense the environmental change and based on that communicate between the nodes. For the communication purpose, Low Energy Adaptive Clustering Hierarchy (LEACH) algorithm has been used. The LEACH algorithm is hierarchical in nature and therefore, helps in maintaining connection among the nodes, which leads to effective communication. Disaster is an activity, which can occur anytime and anywhere without prior information, which affects the whole mankind, human, animal and their prosperity. Since, disaster is a natural activity, no one can stop it, but a system can be developed to alert the people before the occurrence, so that many lives can be saved. The focus of this paper is towards utilizing the sensor network and LEACH algorithm for the development of an alert system, which works on the temperature. A threshold based mechanism is used to save the energy that is the system works only when the temperature reaches to its threshold value otherwise do not waste the energy by routing the data continuously.
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