The main target for these lectures is wide spectrum of people like master students, postgraduate students or digital designers, especially those of them which are addicted to motor control technologies. It will be of significant help to those ones which are eager to find optimal and effective solution for the extremely high requirements of the nowadays design.

《机电系统中的并行算法与可编程逻辑器件(英文版)》由康斯坦丁、马小平所著。

Forward

1 Short Introduction to Boolean Algebra

 1.1 Basical Forms and Definitions

 1.2 Elementary Logical Functions, Definitions, Conditional Designation, Examples

 1.3 Basic Properties of Conjunction, Disjunction and Inversion

 1.4 Logical Function Definition Ways

 1.5 Classes of Logical Functions--Basic Characteristics

 1.6 Functional Completeness of Systems of Logical Functions

2 Minimization of Boolean Functions, Method of Prime

 Implicants, Method of Veich and Probes

 2.1 Method of Prime Implicants, Definitions, Theorems

 2.2 Method Quine-McCluskey

 2.3 Veich and Karnaugh Methods

 2.4 Not Fully Determined Logical Functions, Definition

 2.5 Minimization of a System of Logical Functions

 2.6 HDL-Language for Hardware Description

 2.7 Combinational Logic Circuits

3 Automata's Models of Sequential Circuits, Definition, Basic Elements

 3.1 Basic Automata's Models

 3.2 Types of Finite Automata, Asynchronous and Synchronous Automata

4 Abstract and Structural Synthesis of Sequential

 Circuits, Internal States Coding, Competition of the Signals

  4.1 Abstract Synthesis of Sequential Logic Circuits

  4.2 Structural Synthesis of Sequential Logic Circuits

  4.3 HDL for the Sequential Circuits

  4.4 Stepping Start and Dynamic Stop Automaton for a Direct Current Permanent Magnet Motor

5 Conclusion

6 References