Digital logic design

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Overview

  • Why computers work?
  • Logic gates and functions
  • Minimizing logical functions with Boolean algebra, k-maps, and Quine McCluskey
  • Number systems and arithmetic circuits
  • Control logic: multiplxers, encoders, and decoders 
  • Sequential logic and one-bit memory
  • Flip-flip, registers, and shift registers
  • Counters
  • Finite state machines
  • Verilog
mother board, electronics, computer

Content

Chapter 1: Introduction

  1. What is digital logic design and basic gates?
  2. Advanced gates

Chapter 2: Logical Functions

  1. Representing logical functions
  2. Transforming logical functions
  3. Exercises

Chapter 3: Boolean Algebra

  1. Why Boolean algebra and how to use it?
  2. Exercises

Chapter 4: K-map Minimization

  1. Why K-map?
  2. How to set up a k-map?
  3. How to apply the k-map? 
  4. Dealing with Don’t care values?
  5. Exercises

Instructors

Dr. Abdulhadi Shoufan

Associate Professor in the Electrical Engineering and Computer Science Department at Khalifa University, Abu Dhabi

Ruba Ayman Nasser, BSc.

MSc. Candidate at Khalifa University