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

计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
System Programming (CSE4009 - 24448) - Project 2 - WL-Aware GC
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
Implementation of a new (WL-aware) GC mechanism Evaluation of the modified GC mechanism (in terms of the device lifetime)
CSE 30: Computer Organization and Systems - Assignment 6: Floating Point
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
At the peak of time where pirates and bounty hunters are in the air. Porco Rosso makes his rounds in the vast ocean to capture any air pirates that disturb the peace near Adriano hotel.
CEG3136 Computer Architecture II - Lab3 Complex State machine
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
In this lab we’re going to use the architecture flow shown next. The flow start by the system and peripheral initialization. Then it goes into a continuous loop with a background task handling mainly the user interface (UI). At the forefront there are 3 interrupt service routines responsible for monitoring the sensors and firing the alarms when necessary.
CS429 Computer Organization and Architecture Fall 2023 - Assignment 5: chArm-v2 System Emulator
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
In this lab, you will be implementing several simulators: psim, a standalone simulator for the PIPE implementation of the chArm-v2 instruction set architecture (ISA), assuming an ideal memory system;
118-213/18-613 Intro to Computer Systems - Malloc Lab: Writing a Dynamic Storage Allocator
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
In this lab you will write a dynamic memory allocator which will consist of the malloc, free, realloc, and calloc functions. Your goal is to implement an allocator that is correct, efficient, and fast.
CSC3050 Computer Architecture Assignment 2: MIPS simulator
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
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
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
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
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
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
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
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
计算机组织与体系结构Computer OrganizationComputer SystemSystem Programming计算机系统Computer ArchitectureComputer Processor
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
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