无线传感器网络中MAC协议的行为分析及不同MAC协议和提议协议的仿真

Ram Bhushan Agnihotri, Nitin Pandey, S. Verma
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引用次数: 2

摘要

下一代无线传感器网络支持这种极具动力的工作,赋予高带宽和低访问时间,随时随地传输由传感器感知的数据。此外,各种类型的服务,包括多媒体,对用户的位置速度有不同程度的要求。它们无法同时满足所有的需求,覆盖全球的信号,室内和室外等异构通信,并且频繁切换。在特定的中继和传输方式中,用于搜索路由和转发数据包的算法有各种类型。我们主要以唤醒和睡眠两种模式部署传感器。因此,在部署传感器之后,除了唤醒传感器之外,我们还需要通过多跳路由来寻找路径。因此,我们将在无线传感器网络中模拟NGN架构的算法,从以下几个方面增强网络的性能:针对多跳无线网络优化的物理层2。访问整个路径的介质(相对于单跳)分组的协同传输自干扰也是传感器网络面临的挑战之一,它发生在连续跳数中。动态性问题在于链接在较短的时间内多次失效和赶超,并且随着时间的推移,链接的质量也会发生变化。有许多处理传输速率、传输功率等的参数。而本文主要研究的是如何缩短无线传感器网络中的数据传输时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of behavior of MAC protocol and Simulation of different MAC protocol and proposal protocol for wireless sensor network
textbfThis extremely motivated work is supported the next generation WSN, given high band-width and low access time anytime, anywhere to transfer which is sensed by the sensors. Further various types of services including multimedia with different levels of close requirement of the location of the speed of the user. They are unable to fulfill all necessities at the same time as cover the signal globally, heterogeneous communication like indoor and outdoor, and handoffs frequently. There are various types of algorithms which are used for searching the route and forwarding packet of the data in the particular means of relay and transmit. We have deployed sensors mainly in two type of mode as Wake up and Sleep. Hence after deploying the sensor, we have to find out the path by multi-hop routing in addition to the awaken sensors. Therefore, we shall be simulating the algorithm of the architecture of NGN in wireless sensor network to enhance the performance of the network in terms of the following features:1. Physical Layer optimized for multi-hop wireless networking2. Access to medium for entire path (opposing to single hop)3. Cooperative transport of packetsSelf-interference is also one of the challenges of the sensor network which is occurred in successive hops. The problem of dynamism is in that the links failure and catch up with for several times in lesser time and qualities of links are also changed during time. There are many numbers of the parameters which handles transmission rate, transmission power, etc. But the thesis is mainly on focus how to reduce the data transmission time in wireless sensor network.
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