使用双频微波无线电作为中速铁路室外可见光通信的替代无线介质

Ahmed Qaddus, A. A. Minhas
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引用次数: 0

摘要

全球铁路网络的快速增长和扩张在信号和平交道口方面给铁路技术运营带来了许多挑战。因此,为了确保铁路通勤的安全,必须采用无线技术,以提高铁路的技术操作能力,在有效的信号和平交道口方面。在这项研究中,作者提出在北约波段III(1.350至1.850 GHz)和北约波段IV(4.430至4.950 GHz)中使用双波段微波无线电(DBMR)作为中速铁路(MSR)室外可见光通信(VLC)的替代无线介质。在本研究中,作者将强调在室外环境中使用可见光通信(VLC)用于铁路信号和平交道口的缺点。本文将进一步提出如何利用双波段微波无线电(DBMR)更好地优化中速铁路(MSR)网络信号和平交道口的技术运营能力。
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Use of Dual Band Microwave Radios as an Alternative Wireless Medium for Outdoor Visible Light Communication in Medium Speed Railways
The rapid growth and expansion of the Rail networks around the globe has created numerous challenges in Railways Technical operations in terms of Signaling and Level crossings. Therefore to ensure Railway commuter safety it is mandatory to adopt a wireless technology which could enhanced the railway technical operations capability in terms of efficient Signaling and Level crossings. In this research, authors have propose the use of Dual Band Microwave Radios (DBMR) in NATO Band III (1.350 to 1.850 GHz) and NATO Band IV (4.430 to 4.950 GHz) as an alternative wireless medium for Outdoor Visible Light Communication (VLC) in Medium Speed Railways (MSR). In this study Authors will highlight the drawbacks of using Visible Light Communication (VLC) in outdoor environment for the Railways Signaling and Level Crossings. Further Authors will propose that how can the Medium Speed Railways (MSR) network technical operations capabilities of Signaling and Level crossings can be better optimized by using Dual Band Microwave Radios (DBMR).
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