Track Ⅰ

Artificial Transportation Systems and Simulation 人工交通系统与仿真
Submission Deadline: September 1, 2026

Chair:	Co-chair:

Fenghua Zhu Institute of Automation, Chinese Academy of Sciences, China	Chunlin Shang Ludong University, China

Topics:
· Agent-based modelling and simulation (基于智能体的建模与仿真) · Real-world agent architectures (现实场景智能体架构现实场景智能体架构) · Hardware-, software-, and human-in-the-loop simulation (硬件在环、软件在环与人在环联合仿真) · Agent-human interactions (智能体 - 人机交互) · Environment modelling and interaction protocols (环境建模与交互协议) · Learning and adaptation (学习与自适应机制) · Collaboration, cooperation, competition, coalitions in traffic and transportation models (交通模型中的协同、合作、竞争及联盟行为) · Social and emergent behaviour in MAS-T (multi-agent systems applied to traffic and transport) (交通多智能体系统（MAS-T）中的社会行为与涌现行为) · Multi-resolution simulation and simulator interoperability (多分辨率仿真与仿真器互操作性) · Growing artificial societies in artificial transportation systems (人工交通系统中的演化人工社会) · Large scale simulation of agent-based traffic models (大规模基于智能体交通模型仿真) · Data mining and data analysis for artificial transportation systems (面向人工交通系统的数据挖掘与数据分析) · Calibration and validation of agent-based models for traffic and transportation (交通领域智能体模型的参数标定与有效性验证) · New trends and inspirational metaphors for artificial transportation systems (人工交通系统前沿发展趋势与创新类比范式) · Social transportation (社会化交通) · Transportation knowledge automation (交通知识自动化)

Summary:
The aim of the ATSS special session 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. With the ability to integrate different transportation models and solutions in a virtual environment, ATSS serve as an aid to support decisions made by engineers and practitioners in a controlled and safe manner. They also provide a natural ground where new approaches can be experimented while avoiding natural drawbacks of dealing directly with real critical domains, such as ITS. On the basis of theories and methodologies borrowed from a wide spectrum of disciplines, such as the Social Sciences, Cloud Computing, Artificial Intelligence and Multi-agent Systems, Digital Twins and many others, many important issues arise which challenge and motivate researchers and practitioners from multidisciplinary fields, as well as different technical and scientific communities.

人工交通系统与仿真（ATSS）专题分会场旨在围绕人工交通系统与仿真技术发展议题开展深度研讨，以此实现智能交通系统（ITS）相关技术的方案设计、测试与验证。人工交通系统与仿真可在虚拟环境中集成各类交通模型与解决方案，能够在可控、安全的条件下辅助工程技术人员与行业从业者开展决策工作。同时，该平台也为各类新型技术方案提供天然试验载体，可规避直接在智能交通系统这类高风险实体场景开展实测带来的各类固有缺陷。人工交通系统与仿真融合了社会科学、云计算、人工智能、多智能体系统、数字孪生等多门类学科的理论与方法，由此衍生出大量前沿关键科学问题，既带来研究挑战，也激励着多学科领域科研人员、工程从业者及各类技术与学术共同体持续探索。