A Survey of Fault Tolerance Management Frameworks, Fault Detection and Recovery Techniques for WSNs

M. Haghparast, Farnaz Azadi, Mehrdad Maeen
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引用次数: 1

Abstract

Due to the ease of use and extensive capabilities, wireless sensor networks are widely used. One of the important features that these networks need to have is reliability so that if a fault occurs in the system it can provide expected services and its main function won't be impressed. To establish and maintain reliability, wireless sensor networks must be fault tolerant and be protected against fault occurrence using the right techniques and be prevented from turning into errors and creating failures. In order to make a wireless sensor network fault tolerant it is important to be aware of faults that may happen in system and selecting the best detection, recovery or management techniques. In this article, we will explore a variety of problems that are threaten the reliability of wireless sensor networks and techniques to detect and recover them. Also, fault management techniques and fault tolerant management frameworks in WSNs will be explained and compared and comprehensive study of fault recovery methods will be provided.
无线传感器网络容错管理框架、故障检测与恢复技术综述
由于易于使用和广泛的功能,无线传感器网络被广泛应用。这些网络需要具备的一个重要特征是可靠性,这样如果系统发生故障,它可以提供预期的服务,而不会影响其主要功能。为了建立和保持可靠性,无线传感器网络必须具有容错性,并使用正确的技术防止故障发生,防止转变为错误和产生故障。为了使无线传感器网络具有容错性,重要的是要意识到系统中可能发生的故障,并选择最佳的检测、恢复或管理技术。在本文中,我们将探讨威胁无线传感器网络可靠性的各种问题以及检测和恢复无线传感器网络的技术。同时,对无线传感器网络中的故障管理技术和容错管理框架进行了阐述和比较,并对故障恢复方法进行了全面的研究。
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期刊介绍: The topics covered by IJFGCN include the following:- -Communication Basic and Infrastructure: *Algorithms, Architecture, and Infrastructures *Communication protocols *Communication Systems *Telecommunications *Transmission TechniquesEtc. -Networks Basic and Management: *Network Management Techniques *Network Modeling and Simulation *Network Systems and Devices *Networks Security, Encryption and Cryptography *Wireless Networks, Ad-Hoc and Sensor Networks *Etc. -Multimedia Application: *Digital Rights Management *Documents Monetization and Interpretation *Management and Diffusion of Multimedia Applications *Multimedia Data Base *Etc. -Image, Video, Signal and Information Processing: *Analysis and Processing *Compression and Coding *Information Fusion *Rationing Methods and Data mining *Etc.
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