We present a novel method for caging grasps in this paper by stretching ropes on the surface of a 3D object. Both topology and shape of a model to be grasped has beenconsidered in our approach. Our algorithm can guarantee generating local minimal rings on every topological branches of a given model with the help of a Reeb graph. Cages andgrasps can then be computed from these rings, and physical experimental tests have been conducted to verify the robustness of our approach.Author accepted manuscriptMaterials and Manufacturin
This paper studies cages of convex polygonal objects using three point fingers. The fingers are said...
We present new computations of approximately length-minimizing polygons with fixed thickness. These ...
Abstract—Caging is a method to confine object configura-tions by a closed region made by robot bodie...
We present a novel method for caging grasps in this paper by stretching ropes on the surface of a 3D...
We study two- and three-finger caging grasps of a given polygonal object with n edges. A grasp is sa...
Abstract In this paper, we present a novel method for caging-based grasping of deformable objects. T...
<p>This paper digs into the relationship between cages and grasps of a rigid body. In particular, it...
Abstract—We present a loop-based topological object rep-resentation for objects with holes. The repr...
Multi-finger caging offers a rigorous and robust approach to robot grasping. This thesis provides s...
This paper is concerned with a caging problem: we wish to surround an object B by a multifingered ha...
The study of physical models for knots has recently received much interest in the mathematics commun...
We study two- and three-finger caging arrangements of planar objects. An object is caged with an arr...
Based on a novel contact-space formulation, this paper presents a new algorithm to find two-fingered...
In this thesis, we present different approaches to tying knots using robots by enforcing different t...
The current research trends of object grasping can be summarized as caging grasping and force closur...
This paper studies cages of convex polygonal objects using three point fingers. The fingers are said...
We present new computations of approximately length-minimizing polygons with fixed thickness. These ...
Abstract—Caging is a method to confine object configura-tions by a closed region made by robot bodie...
We present a novel method for caging grasps in this paper by stretching ropes on the surface of a 3D...
We study two- and three-finger caging grasps of a given polygonal object with n edges. A grasp is sa...
Abstract In this paper, we present a novel method for caging-based grasping of deformable objects. T...
<p>This paper digs into the relationship between cages and grasps of a rigid body. In particular, it...
Abstract—We present a loop-based topological object rep-resentation for objects with holes. The repr...
Multi-finger caging offers a rigorous and robust approach to robot grasping. This thesis provides s...
This paper is concerned with a caging problem: we wish to surround an object B by a multifingered ha...
The study of physical models for knots has recently received much interest in the mathematics commun...
We study two- and three-finger caging arrangements of planar objects. An object is caged with an arr...
Based on a novel contact-space formulation, this paper presents a new algorithm to find two-fingered...
In this thesis, we present different approaches to tying knots using robots by enforcing different t...
The current research trends of object grasping can be summarized as caging grasping and force closur...
This paper studies cages of convex polygonal objects using three point fingers. The fingers are said...
We present new computations of approximately length-minimizing polygons with fixed thickness. These ...
Abstract—Caging is a method to confine object configura-tions by a closed region made by robot bodie...