'Byte addressable' presentation slideshows

CS 3501 - Chapter 4 (Sec 5.1 &5.2)

CS 3501 - Chapter 4 (Sec 5.1 &5.2). Dr. Clincy Professor of CS. Dr. Clincy. Lecture. Slide 1. Chapter 4 Objectives. Learn the components common to every modern computer system. Be able to explain how each component contributes to program execution.

682 views • 51 slides

CS 3501 - Chapter 4 (Sec 5.1 &5.2)

CS 3501 - Chapter 4 (Sec 5.1 &5.2). Dr. Clincy Professor of CS. Dr. Clincy. Lecture. Slide 1. Chapter 4 Objectives. Learn the components common to every modern computer system. Be able to explain how each component contributes to program execution.

359 views • 35 slides

Microprocessors

Microprocessors. General Features To be Examined For Each Chip Jan 24 th , 2002. Memory Structure. Addressable units For example byte vs word addressable Most machines are 8-bit byte addressable Memory size Form of Addresses Usually a simple linear address 0 .. 2**N-1 But not always.

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CS 3503 - Chapter 4

342 views • 34 slides

CS 3503 - Chapter 4

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MEMORY ORGANIZTION & ADDRESSING

MEMORY ORGANIZTION & ADDRESSING. Presented by: Bshara Choufany. Outline: Introduction Memory Allocation Memory Hierarchy Memory Addressing. 1- Introduction: Memory is divided into tiers: - Main Memory * Relatively expensive * Relatively small capacity

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The Assembly Process

The Assembly Process. The Assembly Process. Assembler has to perform two major tasks: translate assembly language code into machine code assign addresses for all symbolic label s This is generally done on a line by line basis Often two or more passes required

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Memory space of a typical system

Memory space of a typical system. Example: Assume a 24-bit addressing range, 16-bit wide data bus 24-bit addressing >> 16 Mbyte Assume 1 Mbyte of RAM memory, 128KByte of ROM. Program code and initialization vectors. Stack and heap, variable storage. RAM 512K x 16. ROM 64K x 16. Empty

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Bits and Bytes

Bits and Bytes. COMP 21000 Comp Org & Assembly Lang. Topics Why bits? Representing information as bits Binary / Hexadecimal Byte representations Numbers Characters and strings Instructions Bit-level manipulations Boolean algebra Expressing in C. Converting. main() {

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CS 3501 - Chapter 4

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OFA OpenFabrics Interfaces Project Data Storage/Data Access subgroup November 2015

Summarizing NVM Usage Models for DS/DA. OFA OpenFabrics Interfaces Project Data Storage/Data Access subgroup November 2015. Objective. O bjective of this slide deck is to dig down into these two. Motivation.

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