Visual minimization for up to five or six variables.
Digital Principles and Design by Donald D. Givone is a comprehensive textbook widely used in computer science and electrical engineering for its rigorous and traditional approach to digital logic. Published by McGraw-Hill, it balances fundamental introductory concepts with advanced design methodologies. Amazon.com Key Content & Structure Visual minimization for up to five or six variables
| Chapter | Title | Key Topics Covered | | :--- | :--- | :--- | | 1 | | Differences between analog and digital networks, introduction to digital computers. | | 2 | Number Systems, Arithmetic, and Codes | Positional number systems (binary, octal, hex), arithmetic, conversion techniques, and error detection/correction codes. | | 3 | Boolean Algebra and Combinational Networks | Two-valued Boolean algebra, expression manipulation, simplification, and logic network modeling. | | 4 | Simplification of Boolean Expressions | Detailed methods with Karnaugh maps and variable-entered Karnaugh maps, focusing on optimal network design. | | 5 | Logic Design with MSI and Programmable Logic | Medium-Scale Integration components and programmable logic devices for complex combinational designs. | | 6 | Flip-flops and Simple Flip-flop Applications | Fundamental storage elements and their initial applications. | | 7 | Synchronous Sequential Networks | Analysis and design of clocked synchronous sequential networks, including modeling from word statements. | | 8 | Algorithmic State Machines | Transition from traditional sequential circuits to algorithmic state machine (ASM) charts for design. | | 9 | Asynchronous Sequential Networks | In-depth analysis and design of asynchronous sequential networks. | | | 3 | Boolean Algebra and Combinational
Digital design refers to the process of creating digital systems, including the design of digital circuits, logic functions, and systems. The book covers the following digital design topics: and electrical engineering
Designing ripple counters, synchronous counters, and ring counters for timing and sequencing. Engineering Impact of Givone's Methodology Educational Focus Industry Application Logic Simplification K-Maps & Tabular Methods Optimizing silicon area in ASIC design State Machine Design Mealy and Moore Models Designing control units for microprocessors Hazard Analysis Glitch identification Ensuring timing closure in high-speed hardware Why Engineers Study Digital Principles Today
Donald D. Givone’s text is widely regarded for its clarity and comprehensive coverage of digital systems. It bridges the gap between theoretical concepts and practical applications. Key topics covered include:
Unlike many introductory texts that simply present procedures, Givone emphasizes understanding, providing justifications behind each design technique. This approach is built on a "classical" philosophy that focuses on theory before tools. While the book includes a CD-ROM with CAD software (Altera MAX+plus II, Multisim), it argues that a strong foundation in basic principles is essential before using such tools effectively. The book is suitable for undergraduate courses in computer engineering, computer science, and electrical engineering, assuming no background except for the digital circuits appendix.