Versatile Robotic Hand with Parallel Stick Fingers for Assembly Tasks
Robust Grasping Strategy against Initial Pose Uncertainty of a Part
Grasp Planning of a Low-DoF Robotic Hand with Parallel Stick Fingers
Alignment of Parts toward the 2nd-order Form Closure Grasp
Analysis of Wobbling of a Part in Pushing Operation
Strategy for Picking a Part in the Corner of a Parts Tray
Strategy for Picking, Reorienting, and Aligning a Shaft-shaped Part
Strategy to Reorient a Part by Releasing in Its Unstable Pose
Difficulty Evaluation of Assembly Tasks Including Deformable Parts
Strategy for Roller Chain Assembly with a Parallel Jaw Gripper
Strategy for Timing Belt Assembly with a Parallel Jaw Gripper
Design & Analysis of the Competition in the World Robot Summit
*Collaborating with Kindai Univ. and others
Grasp Planning for Stable Grasping and High-speed Transporting of Food
*Collaborating with Mitsubishi Electric Corp.
Macro-micro Robotic System with Human Skill for Assembly Tasks
*Collaborating with Kobe Univ.
EEG Driven Robotic System for Efficient Stroke Rehabilitation
*Collaborating with Ritsumeikan Univ.
© 2019-2021 Robotic Manipulation Group at the Systems Control Lab., Wakayama Univ.