digital logic design CPCS-211

This course provides an introduction to the fundamental concepts of digital logic design.
Topics include :
number systems
binary codes
Boolean algebra
canonical and fundamental forms of Bo

5

جامعة الملك عبدالعزيز

Created by Sara Alamoudi

Last update 2025-09-06

العربية English

- WELCOME to Digital Logic Design
  - INTRODUCTION 00:00
- Chapter 1: Introduction to Number Systems and Binary Codes.
  - 1.1 Logic Design 00:00
  - 1.2 Number Systems 00:00
  - 1.2 Number Systems Examples 00:00
  - 1.2 Decimal Conversion 00:00
  - 1.2 Binary - Octal - Hexadecimal Conversion 04:14
  - 1.2 Binary Addition, Adders, Subtractions, Complements 26:24
  - 1.2 Signed Numbers 08:44
  - 1.2 BCD, ASCII, Gray Code 05:57
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- Chapter 2: Combinational Systems.
  - 2.1 Design of Combinational Systems 08:06
  - 2.1 Design of Combinational Systems- Truth Tables 10:34
  - 2.2 Switching Algebra part1 08:12
  - 2.2 Switching Algebra part2 14:54
  - 2.3 Implementation of Functions With AND, OR, and NOT Gates 15:40
  - 2.4 Complements 03:55
  - 2.5 From Truth Table to Algebraic Expression 08:05
  - 2.6 NAND, NOR, and Exclusive OR Gates 27:38
  - 2. Solved Problems 54:31
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- Chapter 3: The Karnaugh Maps.
  - 3.1 The Karnaugh Maps 33:11
  - 3.2 Implicants & Prime Implicants 16:38
  - 3.3 Don't Cares 14:13
  - 3.5 Five and Six Variable Maps 09:40
  - 3.6 Multiple Output Problems 04:45
  - 3. Solved Problems 16:55
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- Chapter 5: Designing Combinational Systems.
  - 5.1 Iterative Systems part1 17:01
  - 5.1 Iterative Systems part2 12:27
  - 5.2 Decoders 28:42
  - 5.3 Encoders 10:47
  - 5.4 Multiplexers 16:52
  - 5.5 Three-State Gates 04:41
  - 5.6 Gate Arrays part1 09:58
  - 5.6 Gate Arrays part2 10:14
  - 5.8 Larger Examples of Combinational Circuits 24:15
  - 5. Solved Problems 14:53
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- Chapter 6: Analysis of Sequential Systems.
  - 6.1 State Tables and Diagrams 21:57
  - 6.2 Latches 21:46
  - 6.3 Flip Flops 08:53
  - 6.4 Analysis of Sequential Systems - Moore Model 14:13
  - 6.4 Analysis of Sequential Systems - Mealy Model 16:34
  - 6. Solved Problems 16:48
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- Project
  - Project 24:58
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This course provides an introduction to the fundamental concepts of digital logic design.
Topics include :
number systems
binary codes
Boolean algebra
canonical and fundamental forms of Boolean functions
functions applications to digital circuits design
minimization of Boolean functions by Boolean algebra and Karnaugh maps
two -level and multi-level digital circuits
decoders
encoders
multiplexers
demultiplexers
latches
flip-flops
registers
counters
analysis and synthesis of synchronous sequential circuits
Sara Alamoudi

Computer science lecturer, information security track .. Teaching is my passion ..

Courses: 1
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300 SAR

Lectures

41 Videos

Duration

09:27:15

Assignments

Partially

Labs

Yes, Completely

Project

Partially

Certificate

Not Applicable

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