'Mips instruction set' diaporamas de présentation

CSCI-2500: Computer Organization

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Chapter 2

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Course number: CS141 Who? Tarun Soni ( tsoni@cs.ucsd )

Introduction to Computer Architecture. Course number: CS141 Who? Tarun Soni ( tsoni@cs.ucsd.edu ) TA: Wenjing Rao (wrao@cs) and Eric Liu (xeliu@cs) Where? CENTR: 119 When? M,W @ 6-8:50pm Textbook: Patterson and Hennessy, Computer Organization & Design

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CSM151B Spring 2002 Mid-Term Review

CSM151B Spring 2002 Mid-Term Review. Mid-Term Date: Tuesday 5/14/02 OPEN BOOK / CLOSE NOTES Extra Office Hours: Sunday 5/12/02, 9:00 - 1:00 Location: TA Room BH4428. Areas to Study. What is computer architecture? What is the difference between RISC and CISC? What are their rationales?

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What You Will Learn in this Set of Lectures

What You Will Learn in this Set of Lectures. What is Reduced Instruction Set Computer (RISC) and Why Instruction Set Architecture of MIPS, a RISC Machine Alternatives to RISC (e.g. Complex Instruction Set Computers (CISC))

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EEL-4713C Computer Architecture Instruction Set Architectures

EEL-4713C Computer Architecture Instruction Set Architectures. Instruction set architectures The MIPS instruction set Operands and operations Control flow Memory addressing Procedures and register conventions Pseudo-instructions Reading: Textbook, Chapter 2

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ECE369 Chapter 2

ECE369 Chapter 2. Instruction Set Architecture. A very important abstraction interface between hardware and low-level software standardizes instructions, machine language bit patterns, etc. advantage: different implementations of the same architecture

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ECE 15B Computer Organization Spring 2010 Dmitri Strukov

ECE 15B Computer Organization Spring 2010 Dmitri Strukov. Lecture 4: Arithmetic / Data Transfer Instructions. Partially adapted from Computer Organization and Design, 4 th edition, Patterson and Hennessy, and classes taught by Ryan Kastner at UCSB. Agenda. Review of last lecture

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MIPS Assembly Language

MIPS Assembly Language. Chapter 13 S. Dandamudi. MIPS instruction set Instruction format Data transfer instructions Arithmetic instructions Logical/shift/rotate/compare instructions Branch and jump instructions. SPIM system calls SPIM assembler directives Illustrative examples

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NATIONAL POLYTECHNIC INSTITUTE COMPUTING RESEARCH CENTER

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Computer Arthmetic

Computer Arthmetic . Chapter Four P&H. Data Representation. Why do we not encode numbers as strings of ASCII digits inside computers? What is overflow when applied to binary operations on data Why do we not use signed magnitude to represent numbers inside computers?

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Computer Architecture & Operations I

Instructor: Yaohang Li. Computer Architecture & Operations I. Review. Last Class Multiplication This Class Review of Assignments 4, 5 Midterm Review Next Class Midterm II. Important Concepts. Instructions and Instruction Set CISC and RISC Big Endian and Little Endian Basic Block

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MIPS Instruction Set

MIPS Instruction Set. Conditional Expressions and Branching. Outline. Motivation for conditional expressions and loops How to add a sequence of numbers Conditional expressions (branching) Jumping Switching. Last time ...adding 3 numbers. What a mess this is...

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MIPS Instruction Set

MIPS Instruction Set. Conditional Expressions and Branching. Outline. Motivation for conditional expressions and loops How to add a sequence of numbers Conditional expressions (branching) Jumping Switching. Last time ...adding 3 numbers. What a mess this is...

319 views • 11 slides

Instruction Set architecture

Instruction Set architecture. Module : Algorithmic state machines. Machine language. Machine language is built up from discrete statements or instructions . On the processing architecture, a given instruction may specify:

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