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HomepageRelated PapersResearch papers on Inspection RobotClimb-Odom A robust and low-drift RGB-D inertial odometry with surface continuity constraints for climbing robots on freeform surface
Climb-Odom A robust and low-drift RGB-D inertial odometry with surface continuity constraints for climbing robots on freeform surface
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面向持续监测任务均衡的多无人机路径规划_詹欣茹_（1）
Last modified: 2026-04-16
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- Vision-Based Autonomous Landing of a Hybrid Robot on a Powerline
- Design and Control of a Fully Actuated Aerial Manipulator System for Measuring the Thickness of Metal Facilities
- Coverage path planning of bridge inspection with Unmanned aerial vehicle
- A toe-inspired rigid-flexible coupling wheel designmethod for improving the terrain adaptability of asewer robot（1）
- A toe-inspired rigid-flexible coupling wheel designmethod for improving the terrain adaptability of asewer robot（2）
- A toe-inspired rigid-flexible coupling wheel designmethod for improving the terrain adaptability of asewer robot（3）
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