Summarization: A recent discrete-time robotic model is employed and linearized to develop three different LQ-type robot controllers. These controllers are: optimal time-varying linear-quadratic controller (OTVLQ), OTVLQ controller with steady-state error elimination, and one-step ahead optimal LQ controller. These controllers require moderate computational effort and are offered for microprocessor-based implementation. Experimental results on a KUKA IR 160/15 robotic model verified the success and efficiency of the controllers.Παρουσιάστηκε στο: Robotics and Autonomous System
There are many solutions to control Ball & Plate model, ranging from hobby projects to more advanced...
This book presents practical techniques of discrete-time control system design. In general, the desi...
Many promising robotics research results were obtained during the late 1970s and early 1980s. Some e...
In the last decades robot control has been an area of active research and development. Mechanical ma...
This project presents the development of a microcontroller-based 2-wheel self-balancing robotic syst...
The continuous dynamic model of a robot is represented by nonlinear coupled differential equations. ...
This paper proposes a discrete-time repetitive optimal control of electrically driven robotic manipu...
The goal of this Master thesis has on the one hand been to create a simulation environment for robot...
This project involves the development of a microcontroller based controller for a 2-wheel self-bal...
This thesis is concerned with the factors that affect robot performance in positioning control. Spec...
Includes bibliographical references (pages [92]-95)With the trend of digital control in robotic appl...
Robotics has revolutionized several industries across the globe through technologies never seen befo...
Robotics has revolutionized several industries across the globe through technologies never seen befo...
It is still a major goal in industrial robotics to increase robot speed and enhance the accuracy of ...
Control theory plays an important role in the design and stability of dynamic systems. It is necessa...
There are many solutions to control Ball & Plate model, ranging from hobby projects to more advanced...
This book presents practical techniques of discrete-time control system design. In general, the desi...
Many promising robotics research results were obtained during the late 1970s and early 1980s. Some e...
In the last decades robot control has been an area of active research and development. Mechanical ma...
This project presents the development of a microcontroller-based 2-wheel self-balancing robotic syst...
The continuous dynamic model of a robot is represented by nonlinear coupled differential equations. ...
This paper proposes a discrete-time repetitive optimal control of electrically driven robotic manipu...
The goal of this Master thesis has on the one hand been to create a simulation environment for robot...
This project involves the development of a microcontroller based controller for a 2-wheel self-bal...
This thesis is concerned with the factors that affect robot performance in positioning control. Spec...
Includes bibliographical references (pages [92]-95)With the trend of digital control in robotic appl...
Robotics has revolutionized several industries across the globe through technologies never seen befo...
Robotics has revolutionized several industries across the globe through technologies never seen befo...
It is still a major goal in industrial robotics to increase robot speed and enhance the accuracy of ...
Control theory plays an important role in the design and stability of dynamic systems. It is necessa...
There are many solutions to control Ball & Plate model, ranging from hobby projects to more advanced...
This book presents practical techniques of discrete-time control system design. In general, the desi...
Many promising robotics research results were obtained during the late 1970s and early 1980s. Some e...