Reference Card: In this video, we will look at how data of smaller sizes interact with memory and registers.

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  • In this video, we will look at how data of smaller sizes interact with memory and registers.

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Supporting Gallery

Learning x86 with NASM - Comparing Floating Point Numbers
Learning x86 with NASM - Floating Point Numbers
Learning x86 with NASM - Shifts
Floating Point Numbers - Computerphile
Learning x86 With NASM - Basics of x86 Architecture
Learning x86 with NASM - Working with Byte and Word Data
Learning x86 with NASM - Basics of x86 functions/procedures
How Floating-Point Numbers Are Represented
Learning x86 with NASM - Comparison and Jump Instructions
Learning x86 with NASM - Creating a Loop
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See Useful Notes
Learning x86 with NASM - Comparing Floating Point Numbers

Learning x86 with NASM - Comparing Floating Point Numbers

Read more details and related context about Learning x86 with NASM - Comparing Floating Point Numbers.

Learning x86 with NASM - Floating Point Numbers

Learning x86 with NASM - Floating Point Numbers

Read more details and related context about Learning x86 with NASM - Floating Point Numbers.

Learning x86 with NASM - Shifts

Learning x86 with NASM - Shifts

Read more details and related context about Learning x86 with NASM - Shifts.

Floating Point Numbers - Computerphile

Floating Point Numbers - Computerphile

Read more details and related context about Floating Point Numbers - Computerphile.

Learning x86 With NASM - Basics of x86 Architecture

Learning x86 With NASM - Basics of x86 Architecture

Read more details and related context about Learning x86 With NASM - Basics of x86 Architecture.

Learning x86 with NASM - Working with Byte and Word Data

Learning x86 with NASM - Working with Byte and Word Data

In this video, we will look at how data of smaller sizes interact with memory and registers. We will discuss the usages of extended ...

Learning x86 with NASM - Basics of x86 functions/procedures

Learning x86 with NASM - Basics of x86 functions/procedures

Read more details and related context about Learning x86 with NASM - Basics of x86 functions/procedures.

How Floating-Point Numbers Are Represented

How Floating-Point Numbers Are Represented

Read more details and related context about How Floating-Point Numbers Are Represented.

Learning x86 with NASM - Comparison and Jump Instructions

Learning x86 with NASM - Comparison and Jump Instructions

Read more details and related context about Learning x86 with NASM - Comparison and Jump Instructions.

Learning x86 with NASM - Creating a Loop

Learning x86 with NASM - Creating a Loop

This video demonstrates how to create a loop to iterate a list of