1) hybrid route guidance system
混和式路径诱导系统
1.
This paper mainly presents a concept、framework and decentralized algorithms for a vehicle-based centralized/ decentralized hybrid route guidance system.
提出了基于车辆的集中/分布混和式路径诱导系统的概念、框架结构及其分布式算法。
2) Route Guidance System
路径诱导系统
1.
Route Guidance System Based on OSPF Protocol;
基于OSPF协议的路径诱导系统
2.
Study on Route Guidance System in ITS;
ITS中路径诱导系统的研究
3.
The paper united vehicle,road and person to a organic entirety and provide a real-time adaptive multi-Agent route guidance system which is synthesize considered to vehicle,route and person and made to meet personal preferences and traffic optional,and the paper gives the mode of a multi-agent system,negotiation principle and process.
文中将车、路和人三者同时考虑成一个有机整体,提出一种实时的自适应多Agent路径诱导系统。
3) distributed dynamic route guidance system
分布式动态路径诱导系统
1.
Analysis and design of distributed dynamic route guidance system;
分布式动态路径诱导系统分析与设计
4) dynamic route guidance system
动态路径诱导系统
1.
The dynamic route guidance system(DRGS)guides the traffic flow by providing drivers with optimal route based on real-time traffic information,in order to alleviate traffic congestion and improve network efficiency.
动态路径诱导系统(dynamic route guidance system,DRGS)是通过提供基于实时交通信息的最优路径来引导交通流的,因此,最优路径的求解是关键。
2.
The study on the dynamic route guidance systems (DRGS) is an important research in the field of Intelligent Transportation Systems (ITS), which guide the behaviors of travelers by providing them with optimal route based on real-time traffic information.
动态路径诱导系统是智能运输系统研究的一个重要方面,旨在通过向驾驶员提供基于实时交通信息的最佳行驶路线来达到诱导出行行为、减少车辆在路上的逗留时间、进而实现改善城市交通和避免交通拥挤、阻塞的目的。
3.
The article studies about the Advanced Traveler In- formation System based on the Dynamic Route Guidance System theory.
基于 ATIS 的奥运信息系统将在奥运会期间对实现奥运信息化起到重要作用,本文研究了以动态路径诱导系统理论为基础的先进奥运交通信息系统,其服务对象主要为奥运比赛的观众,并阐明了如何通过实时的奥运交通信息帮助观众选择最佳步行路线抵达奥运场馆,并以工人体育馆观众进场为例说明基于 ATIS 奥运交通信息对引导观众选择步行路线的影响。
5) DRGS
动态路径诱导系统
1.
Study on the Development of the Dynamic Route Guidance Systems(DRGS);
动态路径诱导系统的研究进展
2.
An algorithm based on random Dijkstra algorithm and applying genetic algorithm to solve SPDRGS(Shortest Path problem on Dynamic Route Guidance System) was proposed.
提出了一种以随机Dijkstra最短路径算法为基础,运用遗传算法来求解动态路径诱导系统 中最短路径问题(ShortestPathproblemonDynamicRouteGuidanceSystem,SPDRGS)的算法。
3.
Considering the DRGS demand for the time complex and the networks special scenario of the guidance algorithm,a new method based on Dijkstra algorithm and genetic algorithm is presented.
考虑到动态路径诱导系统(DRGS)对路径诱导算法的时间复杂度和网络约束条件的要求,提出了一种以 Dijkstra 最短路径算法为基础,运用遗传算法求解动态网络中最短路径问题(SPDRGS)的新算法,其中通过运用拆边求路径法解决了将遗传算法应用于最短路径问题中的最大障碍——初始种群的产生,此算法不仅能够较快地求出较优的路径而且对网络没有任何约束条件,对离散和连续的动态网络模型同时有效,因此符合 DRGS 的要求,最后,通过算例验证了此算法的正确性。
6) Dynamic Route Guidance Systems
动态路径诱导系统
1.
Study on the Models of Agent-Based Dynamic Route Guidance Systems and the Method of Adaptive Route Selection;
基于Agent的动态路径诱导系统模型及自适应选路方法研究
2.
The Structure Study on Dynamic Route Guidance Systems and the Shortest Route Choice Algorithm;
城市动态路径诱导系统框架及最优路径选择算法研究
补充资料：循环系统的进化环节动物的封闭式循环系统
李瑞端绘
[图]
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条