提出了优先级分组数据分发调度机制

S. Syarif, A. Lawi, Jeffry
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引用次数: 5

摘要

在车辆自组织网络(VANET)下,在快速移动的车辆上进行通信,以分发分组优先级。优先级分组数据的分发非常重要,因为具有较高优先级的分组也可以归类为紧急消息。在MAC层或在数据分发过程中确定报文优先级是许多研究者研究的问题。标准协议IEEE 802.11p支持的优先级分为四个访问类别。本文主要研究了MAC层中数据包优先级的确定,提出了优先级数据包数据分发调度机制。分组优先级是根据车辆位置和访问信道的流量来估计的。然后,为了有效的分组优先级数据分发,采用AODV协议。最后,实验结果表明,即使节点密度较高,在吞吐量、PDR和延迟方面也有更好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proposed priority packet data dissemination scheduling mechanism
Communication in a faster moving vehicle under Vehicular Ad-Hoc Network (VANET) is widespread for disseminating packet priority. The dissemination of priority packet data is very important because packet with the higher priority can also be categorized as emergency messages. Message dissemination with priority packet has been researched by many researchers with determining message priority in MAC Layer or when the process of the data dissemination. The standard protocol IEEE 802.11p has supported priority levels that are divided into four access categories. This paper is focused on determine packet priority on MAC layers, then Priority Packet Data Dissemination Scheduling Mechanism is proposed. Packet priority is estimated based on vehicle location and traffic to access the channel. Then, for the effective data dissemination of packet priority, AODV protocol is used. Finally, the results of the experiment show better performances in terms of throughput, PDR and delay even with the higher node density.
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