RESEARCH
St Louis, MOPHOTO COURTESY OF MEHDI ASHAYERI
RESEARCH
Research Initiative/Project @ URBiiLAB
PROJECT 013
IntcegrativeSentiment.io (IS.io)
A Web-based App for Modeling Human Feedback Based on Digital Media
PROJECT 012
An Interactive Digital Platform for Promoting Community Health Resilience
Integrated Sensing, Big Data, Deep Learning, and Augmented Reality Approach
PROJECT 011
Post-Pandemic Teleworking
Challenges and Opportunities for Developing Live-Work Spaces
PROJECT 010
Evaluating Occupant Feedback on Eenrgy and Indoor Environmental Quality Due to COVID-19 Stay-at-Home
An integrated Natural Language Processing (NLP) and Emotion–Artificial Intelligence Approach Using Social-Media Data
PROJECT 009
An Integrated Framework for Health-driven Urban Building Energy Modeling (H-UBEM)
A Hybrid Data-driven and Physics-based Approach
PROJECT 008
EquitableResilince.io (ER.io): COVID-19 Pandemic and Equitable Resilience
Exploring Occupancy, Energy, and Health Disparities Using Smart data
PROJECT 007
iEnEx: A framework for Integrated Energy and Exposure to Ambient Pollution Assessment
Toward Low-carbon, Healthy, and Equitable Cities
Tool, 2021
Article published at the Elsevier Journal of Sustainable Cities and Society, 2021
Presented at the SIU Global Solutions Teach-In, Smart Cities 2 Session, March 30th, 2022
PROJECT 006
NVResilience.io: A Web-based Tool for Exploring Natural Ventilation Implications on Community Social and Health Resilience Against Airborne Particles and Viruses
An Envisioning for Healthy and Equitable Cities
PROJECT 005
A Decision-support Design Framework for Integrated Energy Efficiency and Exposure Modeling for Context-Sensitive Natural Ventilation
A Hybrid Physics-based and Data-driven Approach
PROJECT 004
SDCA: A Generative Parametric Tool for Solar-driven DesignEarly-Stage Context-sensitive Urban Building Design Using Cellular Automata
PROJECT 003
Understanding Indoor to Outdoor PM2.5 Transport via Changes in Human Activity Patterns
Lessons from COVID-19 Pandemic
PROJECT 002
Autonomous Local PM2.5-Congestion Detection
Integrated UAV, Imagery, and Deep Learning Approach
PROJECT 001
IBEND: Intelligent Building Enclosure Energy-Leak Detection
Integrated UAV-assisted Thermal Imagery and Deep Learning Approach