Intro to Computer Organization, Number & Data Representation

Ace data representation, number representation, twos complement, IEEE floating point representation, binary arithmetic questions in competitive exams, job interviews, and computer organization and architecture course exams.

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Course curriculum

1. What is a computer?
2. Basic computer organization
3. What is a program
4. Generations of programming languages
5. Machine language
6. Assembly language
7. High-level languages
1. Computer level hierarchy
2. Hierarchical design
3. Hierarchical design features
4. Modern computer's computer level hierarchy
5. Top down view of computer level hierarchy
6. Equivalence of hardware and software
1. Von Neumann architecture
2. Instruction execution in Von Neumann machine
3. Instruction execution example
1. Multi core processors
2. Processors are everywhere
1. Number Representation bits and bytes
2. Base-10 numbers
3. Binary numbers
4. Binary to decimal conversion examples
5. Decimal to binary conversion
6. Decimal to binary conversion-subtraction method
7. Decimal to binary conversion-division method
8. Activity--decimal to binary conversion
1. Hexadecimal numbers
2. Binary to hexadecimal conversion
3. Activity-decimal to hexadecimal conversion
1. Range of numbers in fixed length integers
2. Binary addition
3. Activity-binary addition
4. Arithmetic overflow
5. Avoiding arithmetic overflow in C++ programs
1. Negative integers-signed magnitude representation
2. Twos complement representation
3. Twos complement representation range
4. Converting a number to twos complement representation
5. Computing the magnitude of a twos complement number
1. Twos complement addition
2. Example of twos complement addition
3. Overflow in twos complement addition
4. Activity-twos complement addition
5. Zero extension and sign extension
6. Subtraction multiplication and division of binary numbers
1. What are floating point numbers
2. Scientific number representation review
3. IEEE floating point representation
4. How to convert decimal fractions into binary
5. How to convert decimal fractions into binary using multiplication method
6. Activity-convert decimal fraction to binary
7. Scientific notation practice
8. Determining the sign & fraction fields in IEEE floating point representation
9. Excess-127 notation for exponents
10. Why use excess-127 representation for exponents
11. Translating a twos complement number to excess-127
12. Decimal to IEEE floating point end to end translation
13. Activity-IEEEE floating point to decimal number conversion
14. Special floating point numbers
15. Floating point errors
16. Reducing floating point errors
17. Activity-floating point errors
18. Floating point terminology
19. Floating point addition and multiplication
1. ASCII character representation
2. Unicode character representation
1. Image representation-colors in images
2. Image representation-size on disk
1. Sound representation
2. Activity-sound representation

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$999.00
70 lessons
4.5 hours of video content

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Intro to Computer Organization, Number & Data Representation

Course curriculum

Introduction

Computer level hierarchy

Von Neumann architecture

Types of CPUs

Number representation

Hexadecimal numbers

Range of numbers and binary addition

Negative number representation

Twos complement arithmetic

IEEE floating point representation

Character representation

Image representation

Sound representation

About this course

Discover your potential, starting today