Urban environments - Globe Thesis

Keyword [Urban environments] Result: 1 - 20 \| Page: 1 of 2
1.	Studies On Controlling Technology Of Ground Subsidence Induced By Shallow Tunnel Construction Method In Urban Environments
2.	Research On Decision Making System Of Autonomous Vehicle In Urban Environments
3.	Key Technologies Of Perception System For Unmanned Autonomous Vehicle In Urban Environments
4.	Design Research Of Interactive Space In Urban Environments
5.	Sensing Driving Conditions To Estimate Vehicle Speed In Urban Environments
6.	Assessment Of Metro Entrances Integrated With Surrounding Urban Space
7.	Key Technologies Of Positioning System Of Unmanned Autonomous Vehicle In Urban Environments
8.	Research On Behavioral Decision Making For Intelligent Vehicles In Dynamic Urban Environments
9.	Abnormal Driving Behaviors Detection And Identification Using Smartphone Sensors
10.	New Methods to Measure Urban Environments for Consumer Behavior Research: Individual Access Corridor Analysis of Environmentally Sustainable Travel to Rapid Transit
11.	BEST MoveS: The Built Environment Space-Time MOVEment Study A Framework for Objective Measurement of Behavior, Movement and Exposure in Urban Environments
12.	Effects of landscape modification on evapotranspiration, microclimate, energy use, and water use in urban environments
13.	Reshaping urban environments in Ethiopia: Exploring life through the use of space in four Addis Ababa kebeles
14.	The relationship between designed urban environments and skateboarding in downtown Fort Worth
15.	Operating speed models for low speed urban environments based on in-vehicle GPS data
16.	Inverse analysis of excavations in urban environments
17.	Vision-based map building and trajectory planning to enable autonomous flight through urban environments
18.	Determination of tall structure response properties induced by close-in construction blasting in urban environments
19.	Dynamic Soil-Structure-Interaction Analysis of Structures in Dense Urban Environments
20.	Development of a fast response dispersion model for virtual urban environments
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