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Operating Systems 操作系统

Operating System操作系统Computer SystemComputing SystemSystem Programming
COMP9334 Capacity Planning of Computer Systems and Networks Project: Computing clusters
Operating System操作系统Computer SystemComputing SystemSystem Programming
This project consists of two main parts. The first part is to develop a simulation program for the system in Figure 1. The system has already been described in Section 3 and illustrated in Section 4. In the second part, you will use the simulation program that you have developed to solve a design problem.
Computer Systems Architecture 2023/24 Laboratory Exercise - Cache controller simulator Part 1
Operating System操作系统Computer SystemComputing SystemSystem Programming
The Computer Systems Architecture laboratory exercise has two parts. In the first part you will write and validate a C program to simulate the operation of a direct mapped cache controller on an embedded processor.
COMP50007.3 - Advanced Laboratory 2 - The Wacc Compiler: Milestone 3 Extensions
Operating System操作系统Computer SystemComputing SystemSystem Programming
For the final milestone of the Wacc project, you are expected to extend your compiler and/or the Wacc language with some new features. You are free to add any features you want to any aspect of the compiler, from the language specification to the code generation. This is your chance to implement some of the more exciting compiler features that you were exposed to during the lectures.
COMP9334 Capacity Planning of Computer Systems and Networks Assignment
Operating System操作系统Computer SystemComputing SystemSystem Programming
Assuming that you are the administrator of an interactive computer system. The computer system consists of a 2-core CPU1 and a disk. During an observation time of 1800 seconds, you obtained the following measurements from the system
CSCI2250 Operating Systems Lab 2: New Yet Usable SHell
Operating System操作系统Computer SystemComputing SystemSystem Programming
The shell is the main command-line interface between a user and the operating system, and it is an essential part of the daily lives of computer scientists, software engineers, system administrators, and such. It makes heavy use of many OS features. In this lab, you will build a simplied version of the Unix shell called the New Yet Usable SHell
CPEN 212 Computing Systems II - Lab 5: A Shell Game
Operating System操作系统Computer SystemComputing SystemSystem Programming
In this lab, you will build a simple shell called ``crash`` — a (very) pared-back version of what you interact with when you log into a UNIX machine.
Operating systems and system programming: Exercise (Project) 1 Mutual exclusion and synchronization with semaphores
Operating System操作系统Computer SystemComputing SystemSystem Programming
POSIX semaphores come in two forms: named semaphores and unnamed semaphores. Unnamed semaphores are mainly used for synchronization between threads, and can also be used for synchronization between processes (generated by fork).
COMP 310 Operating Systems Assignment 2 - Paging System
Operating System操作系统Computer SystemComputing SystemSystem Programming
Your tasks for this assignment are as follows: 1. Implement a paging system. 2. Implement a demand paging system. 3. Implement the LRU page replacement policy in demand paging. On a high level, in this assignment we will allow programs larger than the shell memory size to be run by our OS. We will split the program into pages
CPEN 212 Computing Systems II - Lab 4: Fake Virtual Memory
Operating System操作系统Computer SystemComputing SystemSystem Programming
In this lab, you will create a (much) simplified emulation of virtual memory system. Of course you won't be doing this inside a kernel, so we have instead defined an API that can be used to map and unmap pages, and so on.
Sussex Operating Systems Assignment Brief - CPU Scheduling
Operating System操作系统Computer SystemComputing SystemSystem Programming
The aim of this assignment is to investigate the performance of different CPU scheduling algorithms. You will use a discrete event simulator to conduct experiments on different processor loads and schedulers, and analyse the results to determine in which situations each scheduling algorithm works most efficiently. You will then write a report on your experiments, communicating your findings in an effective manner.
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