Special Session Ⅵ
Artificial Transportation Systems and Simulations (ATSS)
(人工交通系统与仿真)
Chair: | Co-chair: |
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Fenghua Zhu | Chunlin Shang |
Institute of Automation, Chinese Academy of Sciences, China | Ludong University, China |
Keywords: | Topics: |
· Artificial Transportation Systems (人工交通系统) · Traffic Simulation (交通仿真) · Agent (代理) · Cyber Physical Social Systems (社会物理信息系统) | · Agent-Based Modelling and Simulation (基于代理的建模与仿真) · Real-World Agent Architectures (实际系统代理架构) · Hardware-, Software-, and Human-in-the-Loop Simulation (硬件在环、软件在环、人员在环仿真) · Agent-Human Interactions (人机交互) · Environment Modelling and Interaction Protocols (环境模型与交互协议) · Learning and Adaptation (学习与自适应) · Collaboration, Cooperation, Competition, Coalitions in Traffic and Transportation Models (交通模型中的合作与竞争) · Social and Emergent Behaviour in MAS-T (Multi-Agent Systems Applied to Traffic and Transport) (交通多代理系统重的社会与紧急行为) · Multi-Resolution Simulation and Simulator Interoperability (多尺度仿真互操作性) · Growing Artificial Societies in Artificial Transportation Systems (人工交通系统中生长人工社会) · Large Scale Simulation of Agent-Based Traffic Models (基于交通代理模型的大规模仿真) · Data Mining and Data Analysis for Artificial Transportation Systems (人工交通系统中的数据挖掘与数据分析) · Calibration and Validation of Agent-Based Models for Traffic and Transportation (交通代理模型的标定与验证) · New Trends and Inspirational Metaphors for Artificial Transportation Systems (人工交通系统的新方向与新思路) · Social Transportation (社会交通) · Transportation Knowledge Automation (交通知识自动机) |
Summary:
· ATSS integrate both physical and social factors in a virtual environment and act a reasonable and credible ground where evaluation scenarios can grow up in a natural way. Based on ATSS, experiments can be carried out by the interactions of the real world and the artificial worlds, thus decisions made by engineers and practitioners can be supported in a controlled and safe manner, while avoiding natural drawbacks of dealing directly with real critical domains, such as ITS.
The goal of the ATSS SS is to foster the discussion on issues concerning the development of Artificial Transportation Systems and Simulation as a means to devise, test and validate ITS-based technologies.
· ATSS将物理和社会因素整合到一个虚拟环境中，并作为一个合理可信的基础，使评估场景能够以自然的方式发展。基于ATSS，实验可以通过现实世界和人工世界的相互作用来进行，因此工程师和从业者做出的决策可以以可控和安全的方式得到支持，同时避免了直接处理真实关键领域（如智能交通系统）的自然缺陷。
ATSS 专题的目标是促进对人工交通系统和模拟发展问题的讨论，以此作为设计、测试和验证基于ITS的技术的手段。
Submission Deadline: 2025.9.30