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Eric Wai Ming Lee

City University of Hong Kong

Hong Kong

Research Interests

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Articles (20)

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2027

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2026

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2025

Collaborators (3)

Botao Zhang

The Hong Kong Polytechnic University

HONG KONG

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Xiangping Xian

City University of Hong Kong

HONG KONG

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Wei Wang

Lecturer

RMIT University

AUSTRALIA

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Eric Wai Ming Lee

Research Interests

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Articles (20)

Simulation of pedestrian flow within merging corridors and its adjustment strategy using a behavioral adaptation-based social force model

Assessment of velocity variation algorithms in evacuation models with heterogeneously distributed factors

An Integrated Model for Dam Evacuation Under Explosion-Induced Damage

Understanding evacuation dynamics through personality traits: An MBTI-based cellular automaton model

How rescuers’ movement patterns affect emergency evacuation in corridors

Improved visual-information-driven model for crowd simulation and its modular application

Unveiling the dynamics and decision-making of dyadic head-on pedestrian collision avoidance

A novel gait-based bipedal social force model for simulating pedestrian dynamics on inclined surfaces

Elevator-assisted evacuation planning and microscopic simulation

Analysis of pairwise pedestrian collision avoidance dynamics in T-junctions with different merging setups

Experimental study on the following behavior of pedestrians encountering those who go against the flow

Observation from Crossing Pedestrian Flow with Data-Driven Movement Prediction

The Halo effect in airport terminals: how wayfinding experiences influence emergency preparedness through perceived reliability

Exploring asymmetric and symmetric pedestrian merging dynamics: Macro parameters and micro behavioral adaptations from single-file experiment

Machine learning methods in microscopic pedestrian and evacuation dynamics simulation: a comparative study

Investigating the use of readily accessible climatic data for predicting vertical solar irradiance under sunlit and shaded scenarios

Quantifying emergent leadership within pedestrian crowd under laboratory conditions

An improved multi-velocity cellular automaton model that considers psychological impatience

Simulating pedestrian movement in T-junction corridor: A novel vision-driven convolutional graph attention model with a dataset from experiments

Experimental study on the evading behavior of pedestrians encountering those who go against the flow

Collaborators (3)

Botao Zhang

Xiangping Xian

Wei Wang

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