Number Theory for Programmers

Number Theory for Programmers

The main goal of this course is to teach the basics of Number Theory and how values are represented in the memory of computer. This is very basic knowledge that any programmer/ Computer Science student must posses. This course is to help all those aspiring programmers to build their sound fundamentals with Number Theory. 

In order to understand how the information is stored and processed in the memory of computer and other digital systems, students must understand the core concept of Numbers, how they are represented in computer. Good grasp on this topic will make it easier for students to learn programming.   

You will learn:

1. Basic concept of Number Theory.

2. Standard number systems - Octal, Hexadecimal, Binary. 

3. How to convert number from any of these system to decimal and vice versa.

4. 1s and 2s complement technique. Negative number representation using 2s complement technique. 

5. How subtraction is done using 2s complement in the memory.

6. Real number representation using IEEE 754 standard (Single and Double precision).
   

Please do not enrol if you are:

1. Not interested of doing basic math calculations using pen and paper.

2. Expecting representations using graphics and animation, I did all the writings on the whiteboard. They are really easy to understand. 

Feel free to ask questions in the Q/A section, you will find me always with you during the learning process. 

Happy learning!

Basic Number Theory - Decimal, binary, 2's complement, Octal, Hexadecimal, IEEE 754 single and double precision.

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What you will learn

• Understanding different number systems like Octal, Hexadecimal and Binary. How binary number system is used to represent values in memory of computer.
• Understanding complement technique, signed integer represented using 2s complement in memory. Calculating range of values for signed and unsigned system.
• How to perform addition and subtraction in different number system.

Rating: 4.4

Level: All Levels

Duration: 2.5 hours

Instructor: Shibaji Paul