吴瑞明，浙江科技学院机械与汽车工程学院副教授，系书记。

Chapter Introduction of CNC
1.1 History of NC Development
1.2 Concept of NC and CNC
1.3 Classifications of CNC Machines
1.4 CNC Application
Exercises
Chapter 2 CNC Part Programming
2.1 Introduction
2.2 The Basis of CNC Part Programming
2.3 Definition of Programming
2.4 Patr Programming
2.5 Computer Aided Manufacturing
Exercises
Chapter 3 CNC Unit and Control Principle
3.1 Hardware Architecture of a CNC Unit
3.2 CNC System Software
3.3 Interpolation
3.4 Forms of Compensation
3.5 CNC Acceleration/Deceleration Control
3.6 PLC Function
Exercises
Chapter 4 Servo System and Position Measuring Device
4.1 Introduction
4.2 Srevo Systems
4.3 Requirements and Classifications for Posotion Measuring Devices
4.4 Position Measuring Devices
Exercises
Chapter 5 Mechanical Construction and Tool System of CNC Machines
5.1 CNC Machine Tools
5.2 Main Structure of CNC Machine Tools
5.3 CNC Tool System
Exercises
Chapter 6 Architecture for Modern CNC Technology
6.1 Open Architecture System for CNC Unit
6.2 STEP-NC System
6.3 Advanced Application of CNC Technology
Exercises
Appendix ⅠGlossary
Appendix Ⅱ MAHO数控系统实验指导
Ⅱ.1 MAHO数控系统
Ⅱ.2 MAHO GR350C车削编程
Ⅱ.3 MAHO 600C铣削编程
Appendix Ⅲ FANUC数控机床实验指导
Ⅲ.1 FANUC数控系统
Ⅲ.2 FANUC数控车削编程
Ⅲ.3 FANUC数控铣削编程
Reference

《Computer Numerical Control Technology》与美国University of Nebraska-Lincoln、中南大学和东南大学联合编写，确保教材能够代替原版进口教材和英文的准确性，系统介绍了数控技术的发展、分类和编程技术、计算机数控装置、数控机床的伺服控制和位置检测、数控机床的机械结构和刀具系统、新CNC技术等知识。本书既可作为CNC技术的专业学术读物，也可用于数控技术应用专业、机电一体化专业、机械制造及其自动化专业、模具设计与制造等专业的数控技术双语教学用书和专业英语教学用书。