用于远程信息处理服务的以内容为中心的网络

Taeyeol Jeong, J. W. Hong
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引用次数: 1

摘要

随着无线通信和车联网技术的迅速发展,远程信息处理的研究得到了广泛的开展。尽管目前大多数远程信息处理服务都是通过基站和车辆之间的蜂窝网络提供的,但车载通信中DSRC/WAVE标准的出现将改变远程信息处理应用的范例,并产生对远程信息处理服务的新需求。然而,DSRC/WAVE仍然使用TCP/IP协议,这被认为不适合汽车网络这样的动态网络环境。为解决TCP/IP协议固有的局限性,提出DSRC/WAVE协议栈采用内容中心网络(Content-Centric Networking, CCN),并提出其系统架构、命名结构和远程信息服务命名示例。在了解当前远程信息服务的基础上,提出了合适的数据请求周期和CCN缓存机制的实用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Content-centric networking for telematics services
As the wireless communication and the vehicular networking technologies have rapidly developed, researches on telematics have been carried out extensively. Even though most of telematics services are delivered via cellular network between a base station and a vehicle in the current stage, the advent of DSRC/WAVE standard in vehicular communications will change the paradigm of telematics applications and create a new demand for telematics services. However, DSRC/WAVE still utilizes TCP/IP protocol which is considered inappropriate for dynamic network environment like vehicular networks. To resolve the inherent limitations of TCP/IP protocol, we propose to adopt Content-Centric Networking (CCN) for DSRC/WAVE protocol stack and suggest its system architecture, naming structure and the naming examples for telematics services. We also provide a proper data request cycle and the practicality of CCN caching mechanism based on the understanding of current telematics services.
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