欢迎您!
东篱公司
退出
申报数据库
申报指南
立项数据库
成果数据库
期刊论文
会议论文
著 作
专 利
项目获奖数据库
位置:
成果数据库
>
会议
> 会议详情页
Regional and urban traffic state estimation system
所属机构名称:同济大学
会议名称:2009 IITA International Conference on Services Science, Management and Engineering, SSME 2009
成果类型:会议
会场:Zhangjiajie, China
相关项目:信息环境下的城市道路交通规划理论与方法
作者:
Hui, Ying|Yang, Dongyuan|Shi, Xiaofa|Zhao, Yali|Wang, Mingquan|
同会议论文项目
信息环境下的城市道路交通规划理论与方法
期刊论文 39
会议论文 24
同项目会议论文
Peak volume characteristics of urban road intersections: Case in Shanghai
Optimal location and combination of detectors for sparse road network
An accessibility oriented traffic analysis zone division method
Study on service characteristics and competition of community bus
Route construction algorithms for time dependent vehicle routing problem
Hierarchical framework for distributed information sharing platform
Road network analysis and evaluation of Huizhou city based on space syntax
Aggregated analysis of activity-based mode split models
Macroscopic analysis of transportation energy consumption and implication to China urban planning an
基于浮动车行程车速的深圳道路空间自相关性分析
Traffic congestion analysis of shanghai road network based on floating car data
The traffic bottleneck analysis on urban expressway under information condition
Experimental features of urban freeway traffic flow
A new encoding scheme based road edges detection algorithm
Traffic flow prediction based on wavelet transform and radial basis function network
Finding the connectivity bottlenecks in shanghai road network based on betweenness
Application of Spatial statistics Analysis in Traffic Bottlenecks
Random matrix theory analysis on the spatial correlation of section speed
MobilePulse: Dynamic profiling of land use pattern and OD matrix estimation from 10 million individu
Decision-making model for freeway work zone capacity estimation based on rough set and entropy
Empirical Characteristics of Transit Travel Time Distribution for Commution Routes
轨道交通与大都市地区空间结构的优化
Method of extracting traffic character based on history data of transportation information system