The major methodologies of crowd simulation in a dynamic environments are either based on micro or macro models. These two types of models represent the trade-off between the level of detail and efficiency. The domain of pedestrian flow simulation on road networks is no exception and theories rely either on equation based model or agent based models. There is a growing interest in hybrid modeling that combines both of these types. This paper addresses the problem of combining both micro and macro models of pedestrians movement to speedup simulations. Hybrid model uses efficient macro modeling in part of the road networks that do not require a fine grained model and more detailed but less efficient micro modeling in critical locations. One k...
Many models that simulate evacuations are state of the art and provide realistic insight to their us...
This paper presents an overview of crowd simulation models, their limitations, and an alternative ag...
Safety, security, and comfort of pedestrian crowds during large gatherings are heavily influenced by...
International audienceThe major methodologies of crowd simulation in a dynamic environments are eith...
Abstract—We address the problem of simulating pedestrian crowd behaviors in real time. To date, two ...
The objective of this paper is the analysis of the state of the art in pedestrian simulation models ...
Agent based pedestrian simulation models can be distinguished by their granularity. Models that cons...
Macroscopic and microscopic models are typical approaches for simulating crowd behaviour and movemen...
Pedestrian simulation is gaining more and more attention in recent years as demonstrated by the incr...
In this paper, we addresses the development of agent-based model for real-time simulation of large s...
In recent years, modelling crowd and evacuation dynamics has become very important, with in-creasing...
Agent based pedestrian simulation models can be distinguished by their granularity. Models that cons...
This paper presents the establishment of the Agent-based Dynamic Model for Pedestrian counter flow (...
Agent Based Simulation (ABS) and Discrete Event Simulation (DES) are two well-known simulation techn...
© 2021 Abdullah AlhawsawiThe ability to accurately model and simulate the interactions between pedes...
Many models that simulate evacuations are state of the art and provide realistic insight to their us...
This paper presents an overview of crowd simulation models, their limitations, and an alternative ag...
Safety, security, and comfort of pedestrian crowds during large gatherings are heavily influenced by...
International audienceThe major methodologies of crowd simulation in a dynamic environments are eith...
Abstract—We address the problem of simulating pedestrian crowd behaviors in real time. To date, two ...
The objective of this paper is the analysis of the state of the art in pedestrian simulation models ...
Agent based pedestrian simulation models can be distinguished by their granularity. Models that cons...
Macroscopic and microscopic models are typical approaches for simulating crowd behaviour and movemen...
Pedestrian simulation is gaining more and more attention in recent years as demonstrated by the incr...
In this paper, we addresses the development of agent-based model for real-time simulation of large s...
In recent years, modelling crowd and evacuation dynamics has become very important, with in-creasing...
Agent based pedestrian simulation models can be distinguished by their granularity. Models that cons...
This paper presents the establishment of the Agent-based Dynamic Model for Pedestrian counter flow (...
Agent Based Simulation (ABS) and Discrete Event Simulation (DES) are two well-known simulation techn...
© 2021 Abdullah AlhawsawiThe ability to accurately model and simulate the interactions between pedes...
Many models that simulate evacuations are state of the art and provide realistic insight to their us...
This paper presents an overview of crowd simulation models, their limitations, and an alternative ag...
Safety, security, and comfort of pedestrian crowds during large gatherings are heavily influenced by...