With the rapid development of aerospace, energy, and power technologies, the demand for
high-performance parts with complex curved surface is increasingly large, and the multi-axis …

As the basis of contouring motion control, the estimation of contouring error is one of the
most important research topic in the field of multiaxis coordination control. In extreme …

The dimension accuracy of the part is directly affected by the contour error. The improvement
of contour accuracy has been one of the research hotspots in five-axis Computer Numerical …

In this paper, a contour error control strategy based on spatial iterative learning control
(sILC) is developed for repetitive processing of five-axis computer numerical control (CNC) …

This article presents a novel adaptive contour control scheme for dual-linear-motors-driven
gantry stages (DLMDGSs) with time-varying model parameters and disturbances, aiming to …

The stability and synchronous performance are usually hard to be improved simultaneously
in the biaxial cross-coupling position motion control system. Based on analyzing the …

In contour machining, contour error is a major factor affecting machining quality. In order to
improve the performance of contour following, many control techniques based on real-time …

For multi-axis motion system widely used in CNC machine tools, contouring following control
is an important research topic. For most existing contouring motion control methods, it is …

Five-axis contour following is one of the main tasks for five-axis CNC machine tools. The
contour following accuracy directly determines the final machining precision. Therefore …

To reduce the contour error in contour-following tasks, the most common method is to design
a contour controller based on the contour error model. Therefore, how to estimate the …