Sensing and Intelligent Perception in Robotic Applications
1Soochow University, Suzhou, China
2City University of Hong Kong, Kowloon Tong, Hong Kong
3Aarhus University, Aarhus, Denmark
4University of Illinois at Urbana-Champaign, Champaign, USA
Sensing and Intelligent Perception in Robotic Applications
Description
Sensing and intelligent perception in robotic applications are important since the performances of robot system depend on the performances of sensors greatly. Novel sensors and their functions can give robot good perception, which is the base of self-adaptive and artificial intelligence of robots. Therefore, we are hoping so eagerly that the review and original papers describing current and expected challenges along with potential solutions for Sensing and intelligent perception in robotic applications will join this Special Issue of Journal of Sensors. Both experimental and theoretical papers are welcome.
Potential topics include, but are not limited to:
- Novel sensing techniques:
- Novel force, vision, tactile, and auditory sensors development
- Sensors calibration method
- Sensors information integration and fusion
- Sensor information processing algorithm improvement and optimization
- Wireless sensor networks
- Sensor and perception in industrial robotic applications:
- Multisensor calibration
- Fault detection and fault diagnosis
- Collision prediction and avoidance for multirobot cooperation
- Vision sensor and vision algorithm in motive object tracking
- Force and tactile feedback in teleoperation
- Touch and slip sensors for gripper
- Sensor and perception in mobile robotic applications:
- Sensor-based system for robot position and navigation
- Environment perception
- Integrated navigation technology
- Smart space for robot navigation
- Sensor-based walking robot motion planning and path planning
- Attitude detection for walking robot
- Sensor in micro-/nanorobotic applications:
- Sensor system for human-robot interface in nanomanipulation
- Sensor for micro-/nanodisplacement detection
- Sensor for force detection in nanorobotics