2nd Asia-Pacific Conference on Robotics and Autonomous Systems (APCRAS 2021)

Topics

• Advances in mobile robotics
• Advances in Artificial Intelligence
• Agriculture Robots
• Agricultural applications
• Applications of mobile robots
• Applications of mobile robots
• Autonomous robots
• Automatic cleaning of areas
• Biologically-inspired systems and solutions
• Benchmarking and standardization
• Biomimetic robotics
• Biomedical robotic assistance
• Civil transportation
• Challenges in robotics
• Climbing, guidance and navigation
• Client support
• Cyber Protection for RAS Systems
• Construction and demolishing
• Domestic Personal Robots
• Distributed Robot Coordination
• Flexible manoeuvring systems
• Entertainment
• Forests
• Flexible mechanisms for mobile machines
• Haptics/Teleoperation
• Funding and Procurement of RAS Technology
• Human–machine interface, tele-presence and virtual reality
• Hazard environments
• Human-Robot Interface
• Humanoids
• Improving RAS Autonomous Capabilities
• IAS for Manufacturing
• Innovative design of CLAWAR
• Increasing Situational Awareness
• Intelligent Security and Surveillance Systems
• Inspection and non-destructive testing
• Locomotion, manipulation and gripping
• Intelligent Transport Systems
• Maximizing RAS Management
• Material handling
• Medical/rehabilitation robotics
• Mechanism and Robot Design
• Military
• Micro-robot
• Mobile robots
• Mobile robotics
• Mobility, autonomy, and perception
• Mobiligence
• Motion Planning
• Modeling and simulation of CLAWAR
• Navigation/Localization
• Multi-Agent Systems
• Perception, sensing and sensor fusion
• Networked robots
• Personal assistance
• Perception/Learning
• Planning and control
• Planetary exploration and localization
• Rescue Robots
• Professional Service Robots
• Safety
• Robot Simulations
• Service/Life Support Robots
• Service robots
• Space Robotics
• Space
• Support to medical services
• Strengthening Human-Autonomous System Interaction
• Underwater/Aerial Robots
• SWARM Intelligent Robots
• Workshop on humanoid robotics
• Visual Servoing/Robot vision