Collective Dynamics

About the Journal

Collective Dynamics is a diamond open-access multidisciplinary journal for pedestrian dynamics, vehicular traffic and other systems of self-driven particles or interacting agents (further information here).

Current Issue

Vol. 8 (2023)

Published: 08.05.2023

Pedestrian Crowd Management Experiments: A Data Guidance Paper

Ann Katrin Boomers, Maik Boltes, Juliane Adrian, Mira Beermann, Mohcine Chraibi, Sina Feldmann, Frank Fiedrich, Niklas Frings, Arne Graf, Alica Kandler, Deniz Kilic, Krisztina Konya, Mira Küpper, Andreas Lotter, Helena Lügering, Francesca Müller, Sarah Paetzke, Anna-Katharina Raytarowski, Olga Sablik, Tobias Schrödter, Armin Seyfried, Anna Sieben, Ezel Üsten

1-57
- PDF

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Previous Issues

Vol. 7 (2022)

Published: 11.05.2022

Towards a Reference Database for Pedestrian Destination Choice Model Development

Christopher King, Nikolai Bode

1-39
- PDF
Microscopic insights into pedestrian motion through a bottleneck, resolving spatial and temporal variations

Jack Liddle, Armin Seyfried, Bernhard Steffen, Wolfram Klingsch, Tobias Rupprecht, Andreas Winkens, Maik Boltes

1-23
- PDF
Pushing and Non-pushing Forward Motion in Crowds: A Systematic Psychological Observation Method for Rating Individual Behavior in Pedestrian Dynamics

Ezel Üsten, Helena Lügering, Anna Sieben

1-16
- PDF
Effects of Driving Style on Energy Consumption and CO2 Emissions

Susana Carreón-Sierra, Alejandro Salcido

1-34
- PDF

Vol. 6 (2021)

Published: 21.06.2021

Minimization of Mean-CVaR Evacuation Time of a Crowd using Rescue Guides: a Scenario-based Approach

Anton von Schantz, Harri Ehtamo, Simo Hostikka

1-29
- PDF
Glossary to Support Applied International Research on Decision Making for High Conflict Urban Marches and Parades

Liane Hauff, Thibaut Heckmann

1-17
- PDF
Understanding the Characteristics of Pedestrians when Passing Obstacles of Different Sizes: An Experimental Study

Abdullah N Alhawsawi, Majid Sarvi, Emad Felemban, Abbas Rajabifard, Jianyu Wang

1-23
- PDF
Exploring the Gait and Stability of Passengers at the Moment they get off an Urban Railway Train by Laboratory Experiments

Sebastian Seriani, Cristobal Erenchun, Felipe Palma

1-19
- PDF

Pedestrian and Evacuation Dynamics 2021

Social Distancing with the Optimal Steps Model

Christina Maria Mayr, Gerta Köster

1-24
- PDF
Optimising Pedestrian Flow Around Large Stadiums

Yuming Dong, Xiaolu Jia, Daichi Yanagisawa, Katsuhiro Nishinari

1-18
- PDF
A Comparative Study of Flows Through Funnel-Shaped Bottlenecks Placed in the Middle and Corner

Hossein Tavana, Kayvan Aghabayk, Karen Boyce

1-13
- PDF
RSSi-Based Visitor Tracking in Museums via Cascaded AI Classifiers and Coloured Graph Representations

Elia Onofri, Alessandro Corbetta

1-17
- PDF
Experimental Study on the Effect of Using Smartphones on Pedestrian Flow in Straight Corridors

Xudong Li, Weiguo Song, Jun Zhang

1-15
- PDF
The Influence of Fixed and Moving NPC on Pedestrians’ Avoidance Behaviors: VR-Based Experiments

Weisong Liu, Jun Zhang, Weiguo Song

1-15
- PDF
A Memory-Based Evacuation Navigation Model in Complex High-Rise Buildings

Long Xia, Weiguo Song

1-16
- PDF
Modeling Routing Choices in Unidirectional Pedestrian Flows

Alessandro Gabbana, Alessandro Corbetta, Federico Toschi

1-9
- PDF
Moving Risk of Crowds in the Entrance Confluence Area in the Presence of Channelizing Facilities

Yifan Zhuang, Zhigang Liu, Jiajun Huang, Lizhong Yang, Andreas Schadschneider

1-11
- PDF
Time-To-Collision Models for Single-File Pedestrian Motion

Jakob Cordes, Mohcine Chraibi, Antoine Tordeux, Andreas Schadschneider

1-10
- PDF
Benchmarking High-Fidelity Pedestrian Tracking Systems for Research, Real-Time Monitoring and Crowd Control

Caspar Pouw, Joris Willems, Frank van Schadewijk, Jasmin Thurau, Federico Toschi, Alessandro Corbetta

1-22
- PDF
A Data Driven Approach to Simulate Pedestrian Competitiveness Using the Social Force Model

Geng Cui, Daichi Yanagisawa, Nishinari Katsuhiro

1-15
- PDF
VR Toolkit for Identifying Group Characteristics

Hugo Mayo, Alastair Shipman, Daniele Giunchi, Riccardo Bovo, Anthony Steed, Thomas Heinis

1-17
- PDF
Effect of a Moving Obstacle on Pedestrian Flow Through an Exit

Han Xu, Weiguo Song, Jun Zhang

1-16
- PDF
Numerical Study of Bottleneck Flow with Varying Corridor Width and Motivation Using a Speed-Based Model

Jonas Rzezonka, Armin Seyfried, Ben Hein, Mohcine Chraibi, Andreas Schadschneider

1-13
- PDF
Movement Properties of Elderly Pedestrians in the Bottleneck Flow With Different Compositions

Xiangxia Ren, Jun Zhang, Weiguo Song

1-13
- PDF
Experimental Study on Unidirectional Pedestrian Descending and Ascending Stair With a Fixed Obstacle

Dongdong Shi, Meicheng Yang, Juan Chen, Jian Ma

1-14
- PDF
Initiating Lane and Band Formation in Heterogeneous Pedestrian Dynamics

Basma Khelfa, Raphael Korbmacher, Andreas Schadschneider, Antoine Tordeux

1-13
- PDF
Simulation Pedestrian Flow Under Vertical Bottleneck Constraints: How Stair Configuration Affects Pedestrian Movement Efficiency

Jianyu Wang, Jian Ma, Majid Sarvi, Abdullah Alhawsawi, Peng Lin, Mei-Cheng Yang

1-10
- PDF
Analysis of Pedestrian Stress Level Using GSR Sensor in Virtual Immersive Reality

Mahwish Mudassar, Arash Kalatian, Bilal Farooq

1-24
- PDF
Microscopic Characteristics and Modelling of Pedestrian Inflow Process with Inactive Persons

Xinyu Fan, Long Xia, Weiguo Song

1-20
- PDF

View All Issues

Collective Dynamics

About the Journal

Current Issue

Pedestrian Crowd Management Experiments: A Data Guidance Paper

Previous Issues

Towards a Reference Database for Pedestrian Destination Choice Model Development

Microscopic insights into pedestrian motion through a bottleneck, resolving spatial and temporal variations

Pushing and Non-pushing Forward Motion in Crowds: A Systematic Psychological Observation Method for Rating Individual Behavior in Pedestrian Dynamics

Effects of Driving Style on Energy Consumption and CO2 Emissions

Minimization of Mean-CVaR Evacuation Time of a Crowd using Rescue Guides: a Scenario-based Approach

Glossary to Support Applied International Research on Decision Making for High Conflict Urban Marches and Parades

Understanding the Characteristics of Pedestrians when Passing Obstacles of Different Sizes: An Experimental Study

Exploring the Gait and Stability of Passengers at the Moment they get off an Urban Railway Train by Laboratory Experiments

Pedestrian and Evacuation Dynamics 2021

Social Distancing with the Optimal Steps Model

Optimising Pedestrian Flow Around Large Stadiums

A Comparative Study of Flows Through Funnel-Shaped Bottlenecks Placed in the Middle and Corner

RSSi-Based Visitor Tracking in Museums via Cascaded AI Classifiers and Coloured Graph Representations

Experimental Study on the Effect of Using Smartphones on Pedestrian Flow in Straight Corridors

The Influence of Fixed and Moving NPC on Pedestrians’ Avoidance Behaviors: VR-Based Experiments

A Memory-Based Evacuation Navigation Model in Complex High-Rise Buildings

Modeling Routing Choices in Unidirectional Pedestrian Flows

Moving Risk of Crowds in the Entrance Confluence Area in the Presence of Channelizing Facilities

Time-To-Collision Models for Single-File Pedestrian Motion

Benchmarking High-Fidelity Pedestrian Tracking Systems for Research, Real-Time Monitoring and Crowd Control

A Data Driven Approach to Simulate Pedestrian Competitiveness Using the Social Force Model

VR Toolkit for Identifying Group Characteristics

Effect of a Moving Obstacle on Pedestrian Flow Through an Exit

Numerical Study of Bottleneck Flow with Varying Corridor Width and Motivation Using a Speed-Based Model

Movement Properties of Elderly Pedestrians in the Bottleneck Flow With Different Compositions

Experimental Study on Unidirectional Pedestrian Descending and Ascending Stair With a Fixed Obstacle

Initiating Lane and Band Formation in Heterogeneous Pedestrian Dynamics

Simulation Pedestrian Flow Under Vertical Bottleneck Constraints: How Stair Configuration Affects Pedestrian Movement Efficiency

Analysis of Pedestrian Stress Level Using GSR Sensor in Virtual Immersive Reality

Microscopic Characteristics and Modelling of Pedestrian Inflow Process with Inactive Persons

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