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Greenery on Human Thermal Comfort - an AR Approach
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Cynthia HOU Research Lab
Home
Activities and updates
Team
Leader
Team Members
Research Area
Overview
Smart HVAC
Smart FM
Classroom Indoor Environment
Flipped Micro-module
Human Environment Interaction Effects on Thermal Comfort
Building Performance Evaluation
VR Platform For indoor Thermal Comfort Education
University students' perception
Greenery on Human Thermal Comfort - an AR Approach
BES Lab
Teaching
Publications
Grants
Home
Activities and updates
Folder: Team
Back
Leader
Team Members
Folder: Research Area
Back
Overview
Smart HVAC
Smart FM
Classroom Indoor Environment
Flipped Micro-module
Human Environment Interaction Effects on Thermal Comfort
Building Performance Evaluation
VR Platform For indoor Thermal Comfort Education
University students' perception
Greenery on Human Thermal Comfort - an AR Approach
BES Lab
Teaching
Publications
Grants

Computer vision-based smart HVAC control system

Human-environment Interactive Effect on Classroom Thermal Comfort

Understanding university students’ perceptions of classroom environment: A synergistic approach integrating grounded theory (GT) and analytic hierarchy process (AHP)

Occupant-oriented Building Performance Evaluation

Virtual Reality (VR) Technology in Evaluating Students’ Perception and Preference of Classroom Indoor Environment

Digital Transformation of Shopping Mall Operation

Flipped Micro-Modules for Engineering Education

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