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Digital Logic Design Wrap-Up: Essential Concepts, Mathematical Operations, and Practical Applications

Delve into fundamental digital logic concepts, binary numbers, Boolean algebra, hardware correlation, logic gates, error detection/correction, and more. Explore binary arithmetic, Karnaugh maps, and DeMorgan’s theorem. Emphasize post-quiz 1 topics for deeper understanding.

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Digital Logic Design Wrap-Up: Essential Concepts, Mathematical Operations, and Practical Applications

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Presentation Transcript

  1. Wrap-Up

  2. Goals • Introduce fundamental concepts • Binary numbers • Addition/Subtraction • Boolean Algebra • Hardware correlation • Logic gates • Logic reduction via Karnaugh map • Applications of Digital Logic Design • Error detection and correction • Binary arithmetic(addition, subtraction and multiplication) • Interaction with students in the microprocessor class

  3. Final Grade • Final Project: 15 % • Quizzes: 30% • Attendance: 10 % • Final: 25 % • Homework: 20 %

  4. Final • On 5/10 (Thursday) from 2 p.m. to 3:50 p.m. • Topics: • Boolean algebra: DeMorgan’s theorem! • Karnaugh map • Sum of products algorithm • Binary addition/subtraction and multiplication • Error detection/correction • Emphasis on materials covered after Quiz 1

  5. Context

  6. Sequel

  7. ES210 • Same textbook • Topics: • Hardware description language (e.g. Verilog, section 3.10) • Verilog model of combinatorial circuits (Section 4.12) • Chapter 5, 6 and 7 • Lab • FPGA (field-programmable logic array)

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