This paper discusses the trajectory generation algorithm, contour error construction method and finally the contour controller design. In the trajectory generation algorithm combination of elliptical Fourier descriptors (EFD) and time based spline approximation (TBSA) is used to generate position, velocity and acceleration references.Contour error is constructed using transformation of trajectory tracking errors. Transformation is computationally efficient and requires only reference velocity information. Contour controller is designed using sliding mode control. Experiments are performed on planar linear motion stage and significant contour error reduction is observed
In the contouring process, the trajectory generated by the computer numerical control (CNC) machine ...
This thesis presents experimentally verified smooth trajectory generation, feedrate optimization, a...
Abstract: Contouring control that employs tracking error components normal to desired contour curves...
This paper discusses the trajectory generation algorithm, contour error construction method and fina...
High-speed machining technology is becoming increasingly important in mod-ern manufacturing industry...
Contour error is a main factor that affects the quality of products in numerical control (NC) machin...
Equipment industry is the most fundamental industry of any modern society. Modern equipment is chara...
A general precision motion control methodology for complex contours is proposed in this paper. Each ...
A general precision motion control methodology for complex contours is proposed in this paper. Each ...
To improve the performance of computer numerical control (CNC) machining, especially for large-curva...
This work focuses on control and trajectory optimization strategies for high speed contouring of mac...
Contour control is critical in many motion control systems (e.g., manufacturing, robotics). A contou...
© 2012 Dr. Denise LamIn the multi-billion dollar motion control industry, systems are often required...
A general precision motion control methodology for complex contours is proposed in this paper. Each ...
Conventional servo controllers are not able to provide the high degree of accuracy that is required...
In the contouring process, the trajectory generated by the computer numerical control (CNC) machine ...
This thesis presents experimentally verified smooth trajectory generation, feedrate optimization, a...
Abstract: Contouring control that employs tracking error components normal to desired contour curves...
This paper discusses the trajectory generation algorithm, contour error construction method and fina...
High-speed machining technology is becoming increasingly important in mod-ern manufacturing industry...
Contour error is a main factor that affects the quality of products in numerical control (NC) machin...
Equipment industry is the most fundamental industry of any modern society. Modern equipment is chara...
A general precision motion control methodology for complex contours is proposed in this paper. Each ...
A general precision motion control methodology for complex contours is proposed in this paper. Each ...
To improve the performance of computer numerical control (CNC) machining, especially for large-curva...
This work focuses on control and trajectory optimization strategies for high speed contouring of mac...
Contour control is critical in many motion control systems (e.g., manufacturing, robotics). A contou...
© 2012 Dr. Denise LamIn the multi-billion dollar motion control industry, systems are often required...
A general precision motion control methodology for complex contours is proposed in this paper. Each ...
Conventional servo controllers are not able to provide the high degree of accuracy that is required...
In the contouring process, the trajectory generated by the computer numerical control (CNC) machine ...
This thesis presents experimentally verified smooth trajectory generation, feedrate optimization, a...
Abstract: Contouring control that employs tracking error components normal to desired contour curves...