COMP273 McGill 1 Assembler Arithmetic and Memory Access Overview • VariablesinAssembly • AdditionandSubtractioninAssembly • Memory Access in Assembly COMP273 McGill 2 Below Your Program • High-level language program (in C) swap (int v[], int k) { int temp = v[k]; v[k] = v[k+1]; v[k+1] = temp; } • Assembly language program (for MIPS) swap: sll […]
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Winter 2021 – COMP-273-001/002 – Lecture Slides 1. 01 – Introduction 2. 02 – Number Representations 3. 03 – Floating Point 4. 04 – Boolean Algebra and Circuits 5. 05 – Combinational Circuits.pdf 6. 06 – Sequential Circuits.pdf 7. 07 – Registers and Memory 8. 08 – Multiplication Division and FSMs – Updated.pdf 9. 09
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COMP273 McGill 1 Decisions in MIPS Assembly Language • • All instructions we’ve seen so far allowusto manipulatedata. To build a computer we must have the ability to make decisions. COMP273 McGill 2 Decisions in High-Level Languages • ConditionalStatements:if,if-else,switch • Loops:while,dowhile,for • Equality and Inequalities: == != < > = COMP273 McGill 3 Branches From
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Procedures COMP273 McGill 1 á HLL Functions -> MIPS Procedures ± Passing arguments ± Function calls ± The stack ± Nested functions ± Register Conventions á Be aware: ± There are many ways to program ± This might be the most complicated topic in MIPS COMP273 McGill 2 Overview HLL Functions to MIPS Procedure //asimplefunction
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Number Representations There are 10 types of people in this world Those who understand binary and those who don’t Agenda • Bits, Bytes, and Words • Numberbasesandbaseconversion – Positional notation • Binary arithmetic and data representation – Signed numbers – Arithmetic and overflow – Packed Decimal, ASCII, Parity… From Lecture 1: Below Your Program •
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COMP273 Introduction Course Lecture Outline • Topics include – Boolean Algebra/Digital Circuit Design – Number Representation – Assembly Programming (MIPS) – Floating Point – I/0 & Interrupts – Caches – Virtual Memory – CPU Organization Course Format • Section 001 Monday and Wednesday 11:30 am to 1:00 pm – Formal lecture, with interactive Q&A throughout,
#! /usr/bin/env perl # MIPS INSTRUCTION CHECKER # # Searches through STDIN to verify that the file is entirely made up of valid # instructions (and not pseudo-instruction). It reads each line, removes # comments, collapses whitespace, removes labels, discards blank lines # (including lines that *became* blank when everything else was removed), and #
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1 Purpose CS 252: Computer Organization Assembly Project #2 Loops, Arrays, and Strings due at 3pm, Fri 26 Feb 2021 In this project, you will be using loops, iterating over arrays of integers and strings. You will be implementing both for() and while() loops. 1.1 Reminders Be sure to pay attention to the Asm Style
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#! /bin/bash # Occasionally, students use UTF-8 characters in their source code (usually # without knowing it). We might as well support it. export LC_ALL=”en_US.UTF-8″ # Java figures out the proper student .java files that are required – but we # need a little help for C and assembly. If you leave either of these
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University of Strasbourg UFR of mathematics and computer science Introduction Copyright By PowCoder代写 加微信 powcoder Computer architecture Fourth Power Project Baptiste LAFABREGUE and Tiago TREVISAN JOST 11 f ́evrier 2022 The goal of this project is to implement a small popular game: the power of 4. As a reminder, this game
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