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Performance analysis of ACQUIRE, considering timeliness monitoring

机译:考虑及时监控的ACQUIRE的性能分析

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Wireless Sensor Networks (WSNs) come across various challenges when it comes to its design and operations which cause major degradation in their performance. With increasing number of applications having their own different limitations, make the challenge of application expectations even greater for such resource limited networks. These challenges appear at different layers of WSNs starting from physical layer up to application layer. At routing layer, the main concern of routing protocols is operation of WSN. Thus, the overall performance of WSN, affected by the presence of these challenges, results in major degradation in network's performance. In this paper, to validate the impact of identified challenges from literature review, a mathematical model is presented to calculate the end-to-end delays of a routing protocol ACQUIRE and a comparison is presented between two routing protocols(ACQUIRE and DIRECTED DIFFUSION) for evaluation. On the basis of thorough literature survey carried out for this research and results achieved, recommendations are made for selecting the best protocol depending on nature of application in the presence of considered challenges.
机译:无线传感器网络(WSN)的设计和操作面临各种挑战,这些挑战会导致其性能大幅下降。随着越来越多的应用程序具有其自身的不同局限性,对于此类资源受限的网络,使应用程序期望的挑战变得更大。从物理层到应用程序层,这些挑战都出现在WSN的不同层上。在路由层,路由协议的主要关注点是WSN的操作。因此,受这些挑战的影响,WSN的整体性能将导致网络性能的严重下降。在本文中,为了验证文献综述中所识别挑战的影响,提出了一个数学模型来计算路由协议ACQUIRE的端到端延迟,并提出了两种路由协议(ACQUIRE和DIRECTED DIFFUSION)之间的比较。评估。在对这项研究进行全面的文献调查并取得成果的基础上,提出了在考虑到挑战的情况下根据应用的性质选择最佳方案的建议。

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