This paper is devoted to analyze time stability of robot arm controller. Controller is implemented on PC platform with Windows XP and Matlab/Simulink environment with additional toolbox RT-CON. Described robot is 3 DOF Stanford Arm. It is powered with high torque, gearless electrical engines. The analyze of jitter effect influence on robot period moves was made. Experiment was made with PD and PD extended by neural network controllers. During experiment the test of influence of stressed system on control generation was made
The control of light-weight compliant robot arms is cumbersome due to the fact that their Coriolis f...
The robot manipulators are used in network-based industrial units, and even homes, by expending a si...
The high computational burden posed by modern control algorithms preclude its industrial application...
This conference paper was presented in the 2011 IEEE 18th International Conference on Industrial Eng...
We investigate the computational needs of advanced real-time robot control. First, sampling rate iss...
The high computational burden posed by mordern control algorithms preclude its industrial applicatio...
In Soft Real-Time (SRT) or Hard Real-Time (HRT) applications, the behaviour of the computing system ...
ABB Robotics has no methods for theoretical verication of the timing behavior of the robot control s...
The industrial robot's dynamic performance is frequently measured by positioning accuracy at hi...
In the last decades robot control has been an area of active research and development. Mechanical ma...
Abstract—In this paper, a method is proposed to perform control using INTEL ® based PCs operated by ...
It is well-known that delayed feedback in the control of robots may cause stability problems. T...
Real Time means in time. In other words, a real-time system ensures that responses occur in time, or...
Many of today\u27s robots are used to perform simple and repetitive tasks using little sensory infor...
A robot working in an industrial environment has some uncertainties in its dynamics and is subject ...
The control of light-weight compliant robot arms is cumbersome due to the fact that their Coriolis f...
The robot manipulators are used in network-based industrial units, and even homes, by expending a si...
The high computational burden posed by modern control algorithms preclude its industrial application...
This conference paper was presented in the 2011 IEEE 18th International Conference on Industrial Eng...
We investigate the computational needs of advanced real-time robot control. First, sampling rate iss...
The high computational burden posed by mordern control algorithms preclude its industrial applicatio...
In Soft Real-Time (SRT) or Hard Real-Time (HRT) applications, the behaviour of the computing system ...
ABB Robotics has no methods for theoretical verication of the timing behavior of the robot control s...
The industrial robot's dynamic performance is frequently measured by positioning accuracy at hi...
In the last decades robot control has been an area of active research and development. Mechanical ma...
Abstract—In this paper, a method is proposed to perform control using INTEL ® based PCs operated by ...
It is well-known that delayed feedback in the control of robots may cause stability problems. T...
Real Time means in time. In other words, a real-time system ensures that responses occur in time, or...
Many of today\u27s robots are used to perform simple and repetitive tasks using little sensory infor...
A robot working in an industrial environment has some uncertainties in its dynamics and is subject ...
The control of light-weight compliant robot arms is cumbersome due to the fact that their Coriolis f...
The robot manipulators are used in network-based industrial units, and even homes, by expending a si...
The high computational burden posed by modern control algorithms preclude its industrial application...