Tradeoffs in PRACH Bandwidth Partitioning for VM2M Overlay Network in LTE

Nargis Khan, J. Misic, V. Mišić
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引用次数: 1

Abstract

In this paper, we evaluate the impact of physical layer on the performance of the Control Channel (CCH) in a Vehicular Access Network (VANET). CCH is implemented as an overlay network over LTE physical random access channel (PRACH). Physical layer of the VM2M overlay uses dedicated Zadoff- Chu preambles while the medium access control (MAC) layer uses a carrier sense multiple access (CSMA/CA) mechanism. We study three deployment scenarios of VM2M overlay-based CCH and evaluate the performance tradeoffs between the VM2M and human to human (H2H) traffic, and show that the overlay is a feasible solution to implement the CCH in a VANET.
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LTE中VM2M覆盖网络中PRACH带宽分配的权衡
在本文中,我们评估了物理层对车辆接入网(VANET)中控制信道(CCH)性能的影响。CCH是在LTE物理随机存取信道(PRACH)上实现的覆盖网络。VM2M覆盖层的物理层使用专用的Zadoff- Chu序文,而介质访问控制(MAC)层使用载波感知多址(CSMA/CA)机制。我们研究了三种基于VM2M覆盖的CCH部署方案,并评估了VM2M和H2H流量之间的性能权衡,表明该覆盖是在VANET中实现CCH的可行方案。
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