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Improved multi-agent deep deterministic policy gradient for path planning-based crowd simulation
S Zheng, H Liu - Ieee Access, 2019 - ieeexplore.ieee.org
Deep reinforcement learning (DRL) has been proved to be more suitable than reinforcement
learning for path planning in large-scale scenarios. In order to more effectively complete the …
learning for path planning in large-scale scenarios. In order to more effectively complete the …
Heuristic approach for real-time multi-agent trajectory planning under uncertainty
Motion planning of agents is one of the fundamental research problems in autonomous
systems. An important aspect of motion planning is collision avoidance of the agents with …
systems. An important aspect of motion planning is collision avoidance of the agents with …
Crowd evacuation simulation research based on improved reciprocal velocity obstacles (rvo) model with path planning and emotion contagion
J Li, H Zhang - Transportation research record, 2022 - journals.sagepub.com
Crowd evacuation simulation is an important research topic for designing reasonable
building layout and effective evacuation routes. The reciprocal velocity obstacles (RVO) …
building layout and effective evacuation routes. The reciprocal velocity obstacles (RVO) …
Crowd evacuation using multi-agent system with leader-following behaviour
Crowd evacution is a major safety issue in many public places. Efforts have been made to
design the best evacuation plans using simulations and modeling of certain evacuation …
design the best evacuation plans using simulations and modeling of certain evacuation …
Dynamic leader role modeling for self‐organizing crowd evacuation simulation
H Wu, C Wang, G He - Computer Animation and Virtual Worlds, 2023 - Wiley Online Library
The role of the leader in the self‐organizing crowd has a significant influence on the crowd
evacuation when an emergency occurs. However, current crowd evacuation models either …
evacuation when an emergency occurs. However, current crowd evacuation models either …
Crowds evacuation simulation on heterogeneous agent using agent-based reciprocal velocity obstacle
Crowd simulation becomes one of the active research over the last three decade. Crowd
simulation research is part of research about human behavior. One of research focus on …
simulation research is part of research about human behavior. One of research focus on …
CSS for CVR: A Reciprocal Velocity Obstacle-Based Crowd Simulation System for Non-Playable Character Movement of Campus Virtual Reality
Along with the development of multimedia technology, an overview of the campus
environment for prospective new visitors can be visualized through a 3D virtual environment …
environment for prospective new visitors can be visualized through a 3D virtual environment …
Emotional Reciprocal Velocity Obstacles for Leader-Following: A Velocity Obstacles Based Steering Behavior
The steering behavior of autonomous agents in animation and games aims to form agent
movement to navigate around a virtual world. Leader-following behavior is a steering …
movement to navigate around a virtual world. Leader-following behavior is a steering …
[PDF][PDF] Crowd navigation for dynamic hazard avoidance in evacuation using emotional reciprocal velocity obstacles
Crowd evacuation can be a challenging task, especially in emergency situations involving
dynamically moving hazards. Effective obstacle avoidance is crucial for successful crowd …
dynamically moving hazards. Effective obstacle avoidance is crucial for successful crowd …
Level of priority based leader-following behavior using reciprocal velocity obstacles in multi-agents navigation
Leader-following behavior is a behavior in which a number of follower agents are required
to go after the leader. The leader agent is tasked to lead the group to reach their goal. This …
to go after the leader. The leader agent is tasked to lead the group to reach their goal. This …