首页 | 本学科首页   官方微博 | 高级检索  
     

C-V2X应用场景的算法建模及评价模型综述
引用本文:董馨,南洋,陈博,冯舒,刘晓东. C-V2X应用场景的算法建模及评价模型综述[J]. 汽车文摘, 2020, 0(5): 13-17
作者姓名:董馨  南洋  陈博  冯舒  刘晓东
作者单位:中国第一汽车股份有限公司智能网联开发院
摘    要:
V2X利用无线信息交互技术,实现车与其他实体之间的信息交互,将"人、车、路、云"交通参与要素有机地联系在一起,构建一个智慧的交通体系。算法的评价基于算法建模,通过建模梳理算法的逻辑思路,输出算法相关的标定参数,进而使算法性能达到更优。基于C-V2X应用场景的算法评价模型,旨在研究如何评判不同应用场景的实现优劣,用于设计出标准的指标参数衡量算法的性能,重点从算法计算效率和算法有效性2个维度考虑,构建起评估算法功能及性能的立体模型,多角度权衡并分析,从而对应用场景的实现给予评估反馈。

关 键 词:C-V2X  应用场景  算法建模  算法评价模型  算法性能

Research on Algorithm Evaluation Model Based on C-V2X Application Scenarios
Dong Xin,Nan Yang,Chen Bo,Feng Shu,Liu Xiaodong. Research on Algorithm Evaluation Model Based on C-V2X Application Scenarios[J]. Automotive Digest, 2020, 0(5): 13-17
Authors:Dong Xin  Nan Yang  Chen Bo  Feng Shu  Liu Xiaodong
Affiliation:(Intelligent and Connected Vehicle Development Institute,China FAW Corporation Limited,Changchun 130013)
Abstract:
V2 X makes use of wireless information interaction technologies to realize information interaction between vehicles and other entities,organically connecting"people,vehicles,roads,clouds"and other traffic participation factors,and building an intelligent transportation system.The evaluation of the algorithm is based on the algorithm modeling,through which the logical thinking of the algorithm is sorted out and the relevant calibration parameters of the algorithm are output,so as to achieve better performance of the algorithm.Algorithm evaluation model,based on C-V2 X application scenarios,aims to study how to judge the realization of the different application scenarios.It is used to design the index parameter of the standard to measure the performance of the algorithm,the focus from 2 dimensions includes algorithm calculation efficiency and effectiveness.3 D model for evaluation algorithm performance,multi-angle weighing and analysis is built,to realize evaluation conclusion of the typical application scenarios.
Keywords:C-V2X  Application scenario  Algorithm modeling  Algorithm evaluation model  Algorithm performance
本文献已被 维普 等数据库收录!
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号