A technique to obtain the kinematic calibration of multilink systems is presented. The technique that is based on a digital photogrammetry vision system and the D-H based kinematic equations, can be considered as a reverse engineering aspect. The most important aspects of this technique consist in that no information on the kinematics chain is needed, it is fast, low cost, non invasive and also friendly for the operator. Tests of the technique on a revolute robot are also reported, showing a good reliability of the technique itself
This paper describes a novel system for accurate 3D digitization of complex objects. Its main novelt...
Abstract—In this paper, a technique for calibrating a camera using a planar calibration object with ...
Robot calibration plays an increasingly important role in robot production as well as in robot oper...
A technique to obtain the kinematic calibration of multilink systems is presented. The technique tha...
Numerous simulation and control applications of mobile robotics require accurate kinematic models. A...
This paper presents a simple and universal approach to calibrate all RGB-D based vision system mount...
This paper presents a novel method for the calibration of a parallel robot, which allows a more accu...
A kinematic model based on the Shape Matrix is developed for robot calibration. This model displays ...
A method for computer assisted kinematic calibration of a modular Gantry-Tau parallel robot is prese...
Calibration of robots is an essential part of industry today when there is a high accuracy requireme...
Outlines research work to design a robot calibration system which is portable, accurate and low‐cost...
When a robot is required to perform specific tasks defined in the world frame, there is a need for f...
We propose a novel problem formulation for the solution of the nonlinear least squares appearing in ...
Abstract:- The problem of the camera system modelling is studied and an algorithm for the calibratio...
In this paper, a technique for calibrating a camera using a planar calibration object with known met...
This paper describes a novel system for accurate 3D digitization of complex objects. Its main novelt...
Abstract—In this paper, a technique for calibrating a camera using a planar calibration object with ...
Robot calibration plays an increasingly important role in robot production as well as in robot oper...
A technique to obtain the kinematic calibration of multilink systems is presented. The technique tha...
Numerous simulation and control applications of mobile robotics require accurate kinematic models. A...
This paper presents a simple and universal approach to calibrate all RGB-D based vision system mount...
This paper presents a novel method for the calibration of a parallel robot, which allows a more accu...
A kinematic model based on the Shape Matrix is developed for robot calibration. This model displays ...
A method for computer assisted kinematic calibration of a modular Gantry-Tau parallel robot is prese...
Calibration of robots is an essential part of industry today when there is a high accuracy requireme...
Outlines research work to design a robot calibration system which is portable, accurate and low‐cost...
When a robot is required to perform specific tasks defined in the world frame, there is a need for f...
We propose a novel problem formulation for the solution of the nonlinear least squares appearing in ...
Abstract:- The problem of the camera system modelling is studied and an algorithm for the calibratio...
In this paper, a technique for calibrating a camera using a planar calibration object with known met...
This paper describes a novel system for accurate 3D digitization of complex objects. Its main novelt...
Abstract—In this paper, a technique for calibrating a camera using a planar calibration object with ...
Robot calibration plays an increasingly important role in robot production as well as in robot oper...