在通信中使用WOMN系统的改进

M. Ali, W. Mardini, Yaser Akbar, Ghaffar Pour, Rahbar Khamayseh
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引用次数: 1

摘要

人口众多的大城市对互联网、语音、数据、视频和电视等各种网络应用的需求日益增长,这就要求设计和实施更有效的城域网。目前,已经建立了几个无线网络系统来提供这些服务。这类业务主要采用两种固定宽带接入网络:本地多点分布服务(LMDS)和多通道多点分布服务(MMDS)。这两种系统都面临着成本高、速度相对较低、覆盖面积小、最后一英里瓶颈等问题。当网络规模增大时,上述问题的影响更为明显。通过使用无线光网状网络(WOMN)部署一项新技术,该技术在节点之间使用无线光通信,可以克服这些问题,并可以在需要实时响应的应用中提供更多带宽,无干扰,无频率和更高的效率,如视频监控。我们调查了妇女网络的优点和缺点。我们还讨论了商业、地理覆盖和实时适用性。我们还将研究在不同城市建筑之间的本地和都市网络中部署新技术所面临的挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improvements of using the WOMN System in Communication
The increasing demand of various networking applications such as Internet, voice, data, video and TV services inside large cities with large population requires the design and implementation of more effective metropolitan networks. Currently, several wireless networking systems were established to provide such services. Two main fixed broadband access network were used for such services: Local Multipoint Distribution Service (LMDS) and Multi-channel Multipoint Distribution Service (MMDS). Both of these systems face several problems such as: high cost, relatively low speed, small coverage area, and last-mile bottleneck. The effect of the above mentioned problems are more obvious when the network size increases. The deployment of a new technology by using Wireless Optical Mesh Network (WOMN), which use wireless optical communications between nodes, can overcome these problems and can provide more bandwidth, interference-free, frequency-free and more effectiveness in applications that require a real time responding like video surveillance. We investigate the WOMN advantages and disadvantages. We also discuss the commercial, geographical coverage and real time applicability. We will also investigate the challenges to deploy the new technique for local and metropolitan networks between different city buildings.
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