The Social Force Model (SFM) is the most recent form of pedestrian model which is widely used in computer simulation software, as this model is more realistic. Many modifications have been done to improvise the SFM. One of them is a self-stopping mechanism introduced by earlier researchers where a respect factor is used to determine the self-stopping mechanism. The respect factor determines the respect area which is the area for pedestrians to walk at their own preferred speed. In this thesis, the constant respect factor is modified to obtain a better fundamental diagram
Crowd can be defined as a large number of people gathered closely together. The larger size of crowd...
Two models for the motion in the Mataf of the Holy Mosque of Makkah that are applicable to any so-ca...
In this paper we present a list of factors influencing the pedestrian behaviour in different situati...
Model daya sosial adalah salah satu model pejalan kaki mikroskopik yang paling berjaya yang mewakili...
Social force model is one of the well-known approaches that can successfully simulate pedestrians’ m...
The Social Force Model is one of the well-known approaches that could successfully simulate pedestri...
The Social Force Model (SFM) is one of the most popular models to describe the motion of pedestrian...
Crowd modelling is essential to the understanding of pedestrian logistics and prevention of crowd di...
International audienceThe Social Force Model (SFM) successfully reproduces many collective phenomena...
The social force model which belongs to the microscopic pedestrian studies has been considered as th...
A model of crowd motion that considers each pedestrian as a Newtonian particle subject to both physi...
A model of crowd motion that considers each pedestrian as a Newtonian particle subject to both physi...
Understanding the evacuation mechanism has been important subject nowadays in order to model the sim...
In crowd evacuation simulation, a number of exit point and obstacles play an important role that can...
The Social Force Model has been widely used to simulate pedestrian dynamics. Its simplicity and abil...
Crowd can be defined as a large number of people gathered closely together. The larger size of crowd...
Two models for the motion in the Mataf of the Holy Mosque of Makkah that are applicable to any so-ca...
In this paper we present a list of factors influencing the pedestrian behaviour in different situati...
Model daya sosial adalah salah satu model pejalan kaki mikroskopik yang paling berjaya yang mewakili...
Social force model is one of the well-known approaches that can successfully simulate pedestrians’ m...
The Social Force Model is one of the well-known approaches that could successfully simulate pedestri...
The Social Force Model (SFM) is one of the most popular models to describe the motion of pedestrian...
Crowd modelling is essential to the understanding of pedestrian logistics and prevention of crowd di...
International audienceThe Social Force Model (SFM) successfully reproduces many collective phenomena...
The social force model which belongs to the microscopic pedestrian studies has been considered as th...
A model of crowd motion that considers each pedestrian as a Newtonian particle subject to both physi...
A model of crowd motion that considers each pedestrian as a Newtonian particle subject to both physi...
Understanding the evacuation mechanism has been important subject nowadays in order to model the sim...
In crowd evacuation simulation, a number of exit point and obstacles play an important role that can...
The Social Force Model has been widely used to simulate pedestrian dynamics. Its simplicity and abil...
Crowd can be defined as a large number of people gathered closely together. The larger size of crowd...
Two models for the motion in the Mataf of the Holy Mosque of Makkah that are applicable to any so-ca...
In this paper we present a list of factors influencing the pedestrian behaviour in different situati...