Caches Part II McGill COMP 273 1 slides adapted from Patterson’s 61C Review • We would like to have the capacity of disk at the speed of the processor: unfortunately this is not feasible • So we create a memory hierarchy: – each successively lower level contains “most used” data from next lower level – […]
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Floating Point McGill COMP273 1 Outline • Special “numbers” revisited • Rounding • FP add/sub • FP on MIPS • Integer multiplication & division McGill COMP273 2 IEEE 754 Floating Point Review S E F S E F Precision Sign (S) Exponent (E) Fraction (F) Bias Float 1 bit 8 bits 23 bits 127 Double
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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,
CSC258 Assembly Final Project: Centipede Due dates: ¡ñ Check-in Demo: Tuesday, Mar 30, 2021, 6pm-9pm ¡ñ Final Demo: Tuesday, Apr 06, 2021, 6pm-9pm. All demos and submissions must be completed individually. Overview In this project, we will implement a modified version of the popular 1980 Atari game Centipede using MIPS assembly. Familiarize yourself with the
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Matrix Multiplication and Cache Friendly Code COMP 273 Winter 2021 – Assignment 4, Prof. Kry Available: 24 March – Due date: 12 April 1 Introduction In this assignment you will write code to multiply two square n × n matrices of single precision floating point numbers, and then optimize the code to exploit a memory
1. Introduction ICO Computer Organization (CCIT4026) HKU SPACE Community College (Lab 05) Student ID: Name: Date: In this lab, we are going to study the procedure call using MIPS programming. The code you write to satisfy the problem must conform to the procedure calling convention discussed in class. Each main program or function must conform
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// You are required to complete `battlesmips.s` such that its behaviour // matches this program. // A simplified implementation of the classic board game battleship! // Version 1.0 (2022/10/04): Team COMP1521 Copyright By PowCoder代写 加微信 powcoder #include /*– Constants –*/ // True and False constants #define TRUE 1 #define FALSE 0 #define INVALID -1 //
CSE 420 Fall 2018 Module 1 Sample Questions Question 1 [MIPS Assembly Language Programming] Write MIPS assembly language program for the AddOddElement routine shown below. This routine sums only the odd elements of an array. You should write a recursive function, similar to the one below. Stick to MIPS calling and register conventions as much
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More Memory Instructions • MIPS supports 8-bit (byte) load and stores. This is useful for text processing (ASCII characters). The rightmost bits of the register are used: lb $t0, 0($s0) # copy 8-bit sb $t0, 0($s1) Copyright By PowCoder代写 加微信 powcoder • MIPS support 16-bit (half-word) load and stores: lh $t0, 0($s0) # copy 16-bits
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