Montgomery Phister is a distinguished computer scientist and educator known for his contributions to the field of digital systems and computer architecture. Born in 1934 in the United States, he has dedicated his career to advancing understanding of logical design and digital computing fundamentals. Throughout his career, Phister has been recognized for his insightful teaching and research, helping to shape the next generation of engineers and computer scientists.
Using synchronous circuit components almost entirely, this book describes and interprets the methods and techniques of various men in the field, and applies them to a wide variety of problems in logical design of digital computers. the book provides the reader with the information, tools, and procedures needed to carry out the complete logical design of a general or special-purpose computer
Of particular value are the detailed discussions of:
1. The Veitch Diagram method of simplification of Boolean equations.
2. The 'difference-equation' approach to memory elements.
3. The Huffman-Moore Model of digital systems.
4. The complete solutions to flip-flop input equations.
5. A mathematical introduction to Boolean algebra.
Many simple yet pertinent examples of how to use these techniques enable the reader to apply them readily to other computing configurations.
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