Adaptive location based TDM protocol for inter-vehicle communication

M. Ohmori, T. Umedu, T. Higashino
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引用次数: 4

Abstract

Recently, in order to avoid traffic accidents, several studies using inter-vehicle communication have been proposed. This paper proposes a slot allocation protocol which allocates TDM slots based on location information of running vehicles. The proposed protocol allocates a slot for each coordinate in advance. To improve efficiency of slot utilization, each vehicle collects the location information of its surrounding vehicles, calculates which slots can be used for avoiding occurrence of reception errors and selects a suitable slot autonomously. Moreover, it uses backoff in each slot to decrease collisions, and notifies collisions and unused slots in leftover backoff time. Through the simulation, we show its performance and effectiveness.
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基于自适应定位的车际通信TDM协议
近年来,为了避免交通事故的发生,人们提出了一些利用车际通信的研究。本文提出了一种基于运行车辆位置信息分配TDM时隙的协议。该协议为每个坐标提前分配了一个时隙。为了提高插槽的利用效率,每辆车收集周围车辆的位置信息,计算哪些插槽可以避免接收错误的发生,并自主选择合适的插槽。此外,它在每个插槽中使用回退来减少碰撞,并在剩余的回退时间内通知碰撞和未使用的插槽。通过仿真验证了该方法的性能和有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Localized data dissemination in vehicular sensing networks Direction based clustering algorithm for data dissemination in vehicular networks Approximate analysis of a multiple geocast routing among geographical regions in VANET applications Header reduction to increase the throughput in decentralized TDMA-based vehicular networks Intelligent strategies of access point selection for vehicle to infrastructure opportunistic communications
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