Contents:
1.Introduction Number Systems and Conversion
2.Boolean Algebra
3.Boolean Algebra(Continued)
4.Algebraic Simplification
5.Applications of Boolean Algebra
6.Karnaugh Maps
7.Quine-McCluskey Method
8.Multi-Level Gate Networks NAND and NOR Gates
9.Multiple-Output Networks Multiplexers, Decoders, Read-Only Memories, and Programmable Logic Arrays
10.Combinational Network Design
11.Flip-Flops
12.Counters and Similar Sequential Networks
13.Analysis of Clocked Sequential Networks
14.Derivation of State Graphs and Tables
15.Reduction of State Tables State Assignment
16.Sequential Network Design
17.Interactive Networks
18.MSI Integrated Circuits in Sequential Network Design
19.Sequential Network Design with Programmable Logic Devices ( PLDs )
20.Networks for Addition and Subtraction
21.Networks for Arithmetic Operations
22.State Machine Design with SM Charts
23.Analysis of Asynchronous Sequential Networks
24.Derivation and Reduction of Primitive Flow Tables
25.State Assignment and Realization of Flow Tables
26.Hazards
27.Asychronous Sequential Network Design

Text Book: Charles H. Roth, Jr., `Fundamentals of Logic Design`