This project presents the searching process of contact points for grasping 2-D discretized objects by 3-finger robotic hand. The conditions of non-slippery and force closure grasp are first explained, considering both the boundary of objects and configuration of robotic hand. Next, we developed the algorithm of searching order and a new geometrical algorithm of evaluation of force closure condition and the quality measurement of grasps including each computation details of constraints. We have made six simulations with regular and irregular objects to test the algorithm
Abstract—Industrial robotic arms utilize multiple end-effectors, each for a specific part and for a ...
Industrial robotic arms utilize multiple end-effectors, each for a specific part and for a specific ...
This paper considers a grasp planning scheme for dextrous hands. The grasp is assumed to be a precis...
This project presents the searching process of contact points for grasping 2-D discretized objects ...
Abstract—In this paper, we present a novel algorithm for computing three-finger force-closure grasps...
The paper presents an approach to find contact points on an object surface that are reachable by a g...
The paper presents an approach to find contact points on an object surface that are reachable by a g...
This paper presents an implemented vision-based strategy for computing three-finger stable grasps on...
Abstract — This work proposes an algorithm for designing a simple End Effector configuration for a r...
This thesis addresses grasping of large (but not necessarily heavy) objects by using two hands. The ...
Several aspects have to be addressed before realizing the dream of a robotic hand-arm system with hu...
Several aspects have to be addressed before realizing the dream of a robotic hand-arm system with hu...
Several aspects have to be addressed before realizing the dream of a robotic hand-arm system with hu...
Grasp synthesis on real 3D objects is a critical problem in grasp and manipulation planning. This pa...
This paper presents an algorithm to plain locally frictionless grasp on 3D objects. The objects can ...
Abstract—Industrial robotic arms utilize multiple end-effectors, each for a specific part and for a ...
Industrial robotic arms utilize multiple end-effectors, each for a specific part and for a specific ...
This paper considers a grasp planning scheme for dextrous hands. The grasp is assumed to be a precis...
This project presents the searching process of contact points for grasping 2-D discretized objects ...
Abstract—In this paper, we present a novel algorithm for computing three-finger force-closure grasps...
The paper presents an approach to find contact points on an object surface that are reachable by a g...
The paper presents an approach to find contact points on an object surface that are reachable by a g...
This paper presents an implemented vision-based strategy for computing three-finger stable grasps on...
Abstract — This work proposes an algorithm for designing a simple End Effector configuration for a r...
This thesis addresses grasping of large (but not necessarily heavy) objects by using two hands. The ...
Several aspects have to be addressed before realizing the dream of a robotic hand-arm system with hu...
Several aspects have to be addressed before realizing the dream of a robotic hand-arm system with hu...
Several aspects have to be addressed before realizing the dream of a robotic hand-arm system with hu...
Grasp synthesis on real 3D objects is a critical problem in grasp and manipulation planning. This pa...
This paper presents an algorithm to plain locally frictionless grasp on 3D objects. The objects can ...
Abstract—Industrial robotic arms utilize multiple end-effectors, each for a specific part and for a ...
Industrial robotic arms utilize multiple end-effectors, each for a specific part and for a specific ...
This paper considers a grasp planning scheme for dextrous hands. The grasp is assumed to be a precis...