828A Knowles Building
The University of Hong Kong
Hong Kong, --- Select One --- 000000
Hong Kong
http://www.arch.hku.hk/staff/upad/qiu-waishan
The University of Hong Kong - Department of Urban Planning and Design
street view imagery, subjective and objective, perceptions, coherence and divergence, social inequality, Artificial Intelligence
Nighttime Street View Image, Nighttime Perceived Safety, Day-To-Night Translation, Generative AI, Model Transferability
Hong Kong-Shenzhen, Cross-Border Shopping, Accessibility to Commercial Space, Housing Rents, Interregional Economic Integration
COVID-19 lockdown, negative emotion, spatial heterogeneity, sustainable urban planning
street view imagery, safety perception, computer vision, nighttime investigation
dockless bikeshare, last-mile problem, modal integration, bus, small city
dockless bikeshare, street environment, visual quality, street view imagery, Lime trajectory
Dockless Bike-Sharing (DBS), Parking Demand, Satellite Image, Shenzhen, Generating Adversarial Networks (GAN), Image-to-Image, Geospatial Artificial Intelligence (GeoAI)
Sexual Violence, Women, Mumbai, Street View, Criminogenic Land Use, Spatiotemporal Heterogeneity
Local Climate Zones, Street View Imagery, Urban Heat Island, Streetscape, Urban Design
Gender Difference in Recreational Active Travel: The Role of Multi-Level Urban Environment in Safe, Compact Cities
Recreational Active Travel (RAT), Gender Difference, Built Environment (BE), Street Environment (SE), Hong Kong, Strava
Artificial light at night (ALAN), Nighttime street view imagery, Nighttime safety perception, Physical activity, Semantic-Brightness interaction, Threshold effect, Multimodal diffusion
Solar Radiation Mapping, Urban Morphology, Remote Sensing Data, Generative Adversarial Network (GAN)
Urban perception, Physical disorder, Street view imagery, Urban greenery, computer vision
Dockless bikeshare (DBS), Cyclists, Route choice, Non-linear effects, Micro-level street environment, Road damage detection
15-minute community life circle, age-friendly mobility, Location-based services, Shenzhen
