Call For Papers ———————————— The 2024 International Conference on Robotics, Automation and Control Technology (RACT 2024) will be held in Qingdao, China on October 26-27. Topics of interest include but are not limited to:• Robot design, development and control • Human-robots interfaces • Network robotics • Mobile robots and autonomous systems • Human augmentation and shared control • Cybernetics • Space and underwater robots • Intelligent transportation technologies and systems • Vehicle control applications • Telerobotics and Teleoperation • Industrial networks and automation • Intelligent warehouses • Modeling, simulation and architectures • Vision, recognition and reconstruction • Virtual Reality & Image processing & Surveillance • Web-based control & Autonomous agents • Petri nets (system design/verification with nets, protocols and networks) • Reasoning about action for intelligent robots • Natural language dialogue with robots • Speech recognition & Signal reconstruction • Computer and microprocessor-based control • Hierarchical control • Instrumentation networks and software • Real-time syst;ems control & Time series and system modeling • Environmental monitoring and control & Information-based models for control • Time-frequency analysis • Feature extraction • Discrete event systems & Hybrid dynamical systems & System identification • Hybrid dynamical systems • Adaptive signal processing and control • Nonlinear signals and systems• Human-robots interfaces • Network robotics • Mobile robots and autonomous systems • Human augmentation and shared control • Cybernetics • Space and underwater robots • Intelligent transportation technologies and systems • Vehicle control applications • Telerobotics and Teleoperation • Industrial networks and automation • Intelligent warehouses • Modeling, simulation and architectures • Vision, recognition and reconstruction • Virtual Reality & Image processing & Surveillance • Web-based control & Autonomous agents • Petri nets (system design/verification with nets, protocols and networks) • Reasoning about action for intelligent robots • Natural language dialogue with robots • Speech recognition & Signal reconstruction • Computer and microprocessor-based control • Hierarchical control • Instrumentation networks and software • Real-time syst;ems control & Time series and system modeling • Environmental monitoring and control & Information-based models for control • Time-frequency analysis • Feature extraction • Discrete event systems & Hybrid dynamical systems & System identification • Hybrid dynamical systems • Adaptive signal processing and control • Nonlinear signals and systems
