| Description
| The primary objective of computer numerical control technology is to enable precise motion control within mechanical systems. Accordingly, this course teaches key methodologies essential for achieving the high-precision motions of mechanical systems. Topics covered include: interpolation methods for position and trajectory control; numerical analysis techniques applied to system kinematics and dynamics; and the analysis and design of precision motion control systems. The course incorporates practical application cases to illustrate these methodologies. Through this course, students can understand the design and analysis methods of precision motion control, and be able to use existing software and hardware technologies to precisely control mechanical systems.
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