Synthesis of logic circuits

Preface
1. INTRODUCTION
1.1. The role and importance of logical synthesis
1.2. Microelectronic technologies of digital circuits
1.3. Programmable logic modules
1.4. Issues related to the design of digital circuits
1.5. Characteristics of logic synthesis problems
Literature
2. MATHEMATICAL FOUNDATIONS
2.1. Boolean algebra
2.2. Graphs and hypergrays
2.3. Cubes, harvesting systems and divisions
2.4. Works
Literature
3. COMBINATION SYSTEMS
3.1. Boolean functions and expressions
3.2. Minimization of Boolean expressions and functions
3.3. Expansion method
3.4. Reduction of arguments and parallel decomposition
3.5. Multilevel systems
3.6. Works
Literature
4. SEQUENTIAL SYSTEMS
4.1. Basic concepts
4.2. Minimizing the number of internal states
4.3. Synchronous sequential circuits
4.4. Asynchronous sequential circuits
4.5. Works
Literature
5. DIGITAL SYSTEMS
5.1. Basic information
5.2. Numeric codes
5.3. Functional blocks
5.4. Synthesis example
5.5. Microprogrammed systems
5.6. Works
Literature
6. ESPRESSO METHOD
6.1. General information
6.2. Operations on cube sets
6.3. Expansion
6.4. Coverage
6.5. Supplement
6.6. Multi-output systems
6.7. Works
Literature
7. MULTILAY AND SYMBOLIC MINIMIZATION
7.1. Systems with multi-valued entrances
7.2. Symbolic minimization and symbol coding
7.3. Symbolic minimization in the synthesis of sequential circuits
Literature
8. DECOMPOSITION OF BOOLS 'FUNCTIONS
8.1. Introduction
8.2. Serial decomposition
8.3. Decomposition of functions with multivalent variables
8.4. Functional decomposition in the synthesis of sequential circuits
8.5. Works
Literature
9. COMPUTER SYSTEMS OF LOGICAL SYNTHESIS
9.1. General information
9.2. The ESPRESSO system
9.3. SIS system
9.4. DEMAIN system
Literature
10. LOGICAL SYNTHESIS METHODS IN DATA ANALYSIS
10.1. Admission
10.2. Basic concepts in the field of information systems
10.3. Generating decision rules
10.4. Decomposition of the decision table
10.5. Works
Literature
Index