2025 3rd International Conference on Robotics, Control and Vision Engineering(RCVE 2025)

The 2025 3rd International Conference on Robotics, Control and Vision Engineering(RCVE 2025) will be held in Paris, France during June 1-4, 2025. The conference has the objective of creating an international forum for academics, researchers and scientists from worldwide to discuss worldwide results and proposals regarding to the soundest issues related to Robotics, Control and Vision Engineering. It includes plenary, keynote & invited speeches, oral presentations & poster sessions on various topics. All accepted papers after proper registration and presentation, will be included in the RCVE 2025 Conference Proceedings subject to meeting publisher’s scope and quality requirements, which will be published by ACM International Conference Proceedings Series. The proceedings will be submitted to Engineering Village, Scopus and other databases for review and indexing. The author should submit the draft version of paper for review before the due submission deadline. Please submit the manuscript via: https://easyabs.linguistlist.org/submit/RCVE2025/ More detail about submission, please visit at: https://www.rcve.org/ Topics of interest for submission include, but are not limited to: Topic 1: Robotics Robot architectures Mechanism design Robot operating systems Humanoid robots Network robotics Mobile robots Space and underwater robots Autonomous robot Industrial robot Medical and rehabilitation robots Wheeled robots Parallel robots Robot swarms, search and rescue robots Service robots Soft robotics Robot cognition Micro robots and micro-manipulation Robot perception, navigation and control Motion and path planning, grasping, dexterous manipulation Human and robot interactive Robot simulation Multi-robot systems Intelligent autonomous systems Visual servoing, force and tactile sensing, sensor fusion. AI in robots Topic 2: Control Adaptive control Robust control Process control Complex systems Cooperative control Fuzzy Control Data-driven control Optimal control Model predictive control Parallel systems and parallel control Fault detection, diagnosis and prognostics Networked control systems Embedded control systems Neural networks and control Nonlinear systems and control Control of biological systems System integration Discrete event systems Hybrid systems Topic 3: Vision Image/video analysis Feature extraction, grouping and segmentation Object and Scene analysis Pattern recognition Learning in vision Tracking and surveillance Biometrics Biomedical Image analysis Model-based vision Knowledge based recognition Image feature extraction Activity/behaviour recognition Simulation and visualization Robot vision Remote sensing image VR Interaction and distributed VR Systems