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Computer Organization and Architecture - 计算机组织与体系结构

CSC3050 Computer Architecture Assignment 2: MIPS simulator

NTHUNational Tsing Hua UniversityComputer ArchitectureMIPSCC++

The second project is going to be a MIPS simulator. In general, you will be building a program that simulates the execution of a binary file.

CSI404 Assignment 1: Translate C to MIPS assembly

CSI404ECE404Computer Architecture and OrganizationMIPSCAssembly

You are to write a complete program in MIPS assembly language that behaves exactly as the included C program. This program contains four functions in addition to the main() one. Your solution must contain all five C routines as they have been coded in the example

CS 6290: High-Performance Computer Architecture Project 3: cache coherence and performance of multi-core processors

CS 6290High-Performance Computer ArchitectureParallel ApplicationIPC

This project is intended to help you understand cache coherence and performance of multi-core processors. As with previous projects, for this project you will need VirtualBox and our project virtual machine

INFR10076 Computer Architecture and Design - Practical 2: Dynamic Branch Prediction

INFR10076Computer Architecture and DesignC++Local branch predictorGshare global branch predictorTournament branch predictor

A branch predictor anticipates the outcome of a branch, before it is executed, to improve the instruction flow in the pipeline. In this practical you will investigate the accuracy of various branch predictors. Your assignment is to implement and evaluate three different branch predictors

FIT9137 Introduction to computer architecture and networks - Assignment 3: Core network emulation

FIT9137Introduction to computer architecture and networksComputer Networks

For this assignment you will use the core network emulator to complete a series of tasks on an individual core configuration file that is generated for you

IFB102 INTRODUCTION TO COMPUTER SYSTEMS - ASSSESSMENT TASK 3: Web Server and Site

IFB102INTRODUCTION TO COMPUTER SYSTEMSWeb ServerWeb ServiceTCPC

Mini-projects allow you to undertake a deeper study into some computer systems technologies and to make something. Projects comprises the investigation, design and implementation of a set of different computer technologies configured for a novel purpose.

COMP1521 Computer Systems Fundamentals - Assignment 2: a file encryptor

UNSWCOMP1521Computer Systems FundamentalsCfile encryptor

Your task in this assignment is to write tide, a terribly insecure single-file encryption/decryption tool. Throughout this assignment, you will explore some basic filesystem operations, as well as implement several rudimentary encryption algorithms.

Introduction to Computer Systems - Floating Point Format

Describe the tradeoffs between the FP16 and BFLOAT16 formats, i.e. for the ranges (largest and smallest positive values) and step size (distance between neighboring numbers). No need to calculate anything, just a qualitative explanation using the specs of each format.

Introduction to Computer Systems - Bitwise Boolean Arithmetic Operators

Bitwise Boolean Arithmetic Operators

In class and in Data Lab, you will learn and interact a lot with the bitwise Boolean arithmetic operators provided by C, &amp;amp; | ^ ~, as well as some useful tools for manipulating Boolean formulas, such as De Morgan’s Laws.

Introduction to Computer Systems - Sign-and-magnitude Representation

Before the two’s-complement representation of signed binary numbers was invented, some computers used sign-and-magnitude representation. In this representation, the most significant bit is only the sign of the number (0 for positive, 1 for negative); it has no place value. The remaining bits are interpreted as an unsigned number. For instance, the four-bit number 1011 in sign-and-magnitude represents -3, and 0101 represents 5.

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