2013Unpublished venueRequires access

The EvacSim pedestrian evacuation agent model: development and validation

Séan Murphy, Kenneth N. Brown, Cormac J. Sreenan

Open publisher page 8 citations

Abstract

emergency, real time EvacSim is a multi-agent building evacuation simulation featuring pedestrian occupant agents occupying two-dimensional continuous free-space to simulate pedestrian egress for building evaluation and evacuation planning support. We detail pedestrian model elements that govern microscopic agent movement such as personal space preservation, obstacle avoidance and moving together as a crowd. We validate the EvacSim pedestrian model against real-world pedestrian data, comparing flow rates, density and velocity for corridor entry and for merging crowds, and we demonstrate that EvacSim simulations are consistent with the real-world data. 1.

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What this paper is about

emergency, real time EvacSim is a multi-agent building evacuation simulation featuring pedestrian occupant agents occupying two-dimensional continuous free-space to simulate pedestrian egress for building evaluation and evacuation planning support. We detail pedestrian model elements that govern microscopic agent movement such as personal space preservation, obstacle avoidance and moving together as a crowd. We validate the EvacSim pedestrian model against real-world pedestrian data, comparing flow rates, density and velocity for corridor entry and for merging crowds, and we demonstrate that EvacSim simulations are consistent with the real-world data. 1.

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OpenAlex reports 8 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

emergency, real time EvacSim is a multi-agent building evacuation simulation featuring pedestrian occupant agents occupying two-dimensional continuous free-space to simulate pedestrian egress for building evaluation and evacuation planning support. We detail pedestrian model elements that govern microscopic agent movement such as personal space preservation, obstacle avoidance and moving together as a crowd. We validate the EvacSim pedestrian model against real-world pedestrian data, comparing flow rates, density and velocity for corridor entry and for merging crowds, and we demonstrate that EvacSim simulations are consistent with the real-world data. 1.

Key concepts: Crowds, Pedestrian, Obstacle, Computer science, Crowd simulation, Personal space, Obstacle avoidance, Space (punctuation)

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