Call for Papers | Flyer

Track 1: Artificial Intelligence and Machine Learning / 人工智能与机器学习

 (This track focuses on AI-driven methods and learning-based approaches in computing, control, and robotics. Topics are interested but not limited to the following)

* Deep learning, reinforcement learning, and meta-learning 深度学习、强化学习与元学习
* Generative AI and foundation models 生成式人工智能与基础模型
* Explainable and trustworthy AI 可解释与可信人工智能
* Federated learning and edge intelligence 联邦学习与边缘智能
* Self-supervised and unsupervised learning 自监督与无监督学习
* AI for robotics perception and decision-making 面向机器人感知与决策的人工智能

Track 2: Control Theory and Intelligent Control Systems / 控制理论与智能控制系统

(This track addresses modern control theory and its applications in complex systems. Topics are interested but not limited to the following)

* Nonlinear, adaptive, and robust control 非线性、自适应与鲁棒控制
* Optimal control and model predictive control (MPC) 最优控制与模型预测控制
* Distributed and cooperative control systems 分布式与协同控制系统
* Data-driven and learning-based control 数据驱动与学习型控制
* Networked control systems 网络化控制系统
* Cyber-physical systems control 信息物理融合系统控制

Track 3: Robot Perception and Autonomous Decision-Making / 机器人感知与自主决策

(This track focuses on enabling intelligent perception and autonomous decision-making in robotics. Topics are interested but not limited to the following)

* Computer vision and 3D perception 计算机视觉与三维感知
* SLAM (Simultaneous Localization and Mapping) 同步定位与地图构建
* Multi-sensor fusion 多传感器融合
* Scene understanding and object recognition 场景理解与目标识别
* Motion planning and trajectory optimization 运动规划与轨迹优化
* Autonomous navigation systems 自主导航系统

Track 4: Robotic Systems and Applications / 机器人系统与应用

(This track focuses on robotic system design and real-world applications. Topics are interested but not limited to the following)

* Industrial robotics and smart manufacturing 工业机器人与智能制造
* Service and social robotics 服务机器人与社交机器人
* Medical and rehabilitation robotics 医疗与康复机器人
* UAVs, UGVs, and UUVs 无人机、无人车与水下机器人
* Soft robotics and bio-inspired systems 软体机器人与仿生系统
* Human-robot collaboration systems 人机协作系统

Track 5: Intelligent Computing and Computer Systems / 智能计算与计算机系统

(This track explores advanced computing architectures and intelligent computing technologies. Topics are interested but not limited to the following)

* High-performance computing (HPC) 高性能计算
* Cloud, edge, and fog computing 云计算、边缘计算与雾计算
* Distributed and parallel systems 分布式与并行计算系统
* Embedded and real-time systems 嵌入式与实时系统
* AI accelerators and hardware design AI加速器与硬件设计
* Computer architecture optimization 计算机体系结构优化

Track 6: Networks and Communication in Intelligent Systems / 智能系统中的网络与通信

(This track focuses on communication technologies for robotics and intelligent systems. Topics are interested but not limited to the following)

* 5G/6G-enabled robotics 5G/6G赋能机器人系统
* Internet of Things (IoT) and industrial IoT 物联网与工业物联网
* Wireless sensor networks 无线传感网络
* Multi-robot communication and coordination 多机器人通信与协同
* Low-latency communication systems 低延迟通信系统
* Cybersecurity and privacy protection 网络安全与隐私保护

Track 7: Human-Centered Robotics and Human–Machine Interaction / 人机交互与以人为中心的机器人

(This track emphasizes interaction between humans and intelligent systems. Topics are interested but not limited to the following)

* Human-computer interaction (HCI) 人机交互技术
* Augmented/Virtual Reality (AR/VR) 增强现实与虚拟现实
* Brain-computer interfaces (BCI) 脑机接口
* Social and emotional robotics 情感计算与社交机器人
* Wearable and assistive robotics 可穿戴与辅助机器人
* Safety and ethics in human-robot systems 人机系统安全与伦理