常见的体系结构课程作业包括汇编程序比如X86, MIPS, RISC-V, LC-3, LC-4, ARM等和CPU电路设计比如Logisim和Verilog.
Rechnerorganisation WS 22/23 Hausaufgabe (2. Termin) Hinweise zur Bearbeitung und Abgabe • Bitte nutzen Sie MARS zum Simulieren Ihrer Lösung. Stellen Sie sicher, dass Ihre Abgabe in MARS ausgeführt werden kann. • Sie erhalten für jede Aufgabe eine separate Datei, die aus einem Vorgabe- und Lösungsabschnitt besteht. Ergänzen Sie bitte Ihren Namen und Ihre Matrikelnummer […]
WS 22 23 Hausaufgabe (2. Termin) Read More »
1 Introduction CS-UY 2214 — Project 2 Jeff Epstein, Ratan Dey This project represents a substantive programming exercise. Like all work for this class, it is to be completed individually: any form of collaboration is prohibited, as detailed in the syllabus. This project is considered a take-home exam. Before even reading this assignment, please read
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Academic Integrity Assembly Project: Breakout All submissions will be checked for plagiarism. Make sure to maintain your academic integrity and protect your own work. It is much better to take the hit on a lower assignment mark (just submit something functional, even if incomplete), than risk much worse consequences by committing an academic offence. 1
CSC258 Winter2023 Project Read More »
2022/2023 Compilers Coursework There are two components to the coursework: A C compiler, worth 90%. The source language is pre-processed C90, and the target language is RISC-V assembly. The target environment is Ubuntu 22.04, as described in the attached Dockerfile. See here for the full set of requirements and more information about the testing environment.
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Main coursework: A compiler for the C language Your program should read C source code from a file, and write RISC-V assembly to another file. Environment An Ubuntu 22.04 Dockerfile has been provided which defines all of the tools you need to get started, just like the labs. It is strongly suggested that you do
Main coursework A compiler for the C language Read More »
《 Computer Architecture — CPU Logisim HW》 1. HWDescription Your task is to develop the CPU 250/16, which is a RISC (Reduced Instruction Set Computing) architecture that resembles MIPS, but is word-addressed and uses 16-bit words instead of byte-addressing. To complete this task, a single cycle implementation of the architecture will be designed using Logisim.
ECE 250 CS 250 Computer Architecture CPU Logisim HW Read More »
1. Booting Computer To begin testing the functionality of your CPU, follow these steps: 2. Settheclocktoitsinitiallowstatebypokingit. 3. Triggertheresetinputonandoff. 4. Ifyouneedtoprovideinputtothekeyboard,dosoatthispoint. 1. Loadtheprogram’sinstructionanddatamemoryintotheROMand RAM blocks, respectively. 5. Useeitherthemanual”TickOnce”function(Ctrl+T)ortheautomatic “Ticks Enabled” function (Ctrl+K) to start the program execution. 2. AutomatedTesting For the self-test tool to work, your circuit must meet the following requirements: 1. Name your circuit
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Checkpoints specifications 1. Dump memory and register This section specifies the usage of checkpoints.txt file. The file specifies the locations which you need to dump 2 files under the current directory right after executing of the instructions. The number in checkpoint.txt refers to the number of instructions you have simulated(instruction count). memory_x.bin: The contents of
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MIPS Instruction Coding Instruction Coding Formats MIPS instructions are classified into four groups according to 3 coding formats, NO Pseudo-instructions or co-processor instructions required in Assignment1&2. R-Type – This group contains all instructions that do not require an immediate value, target offset, memory address displacement, or memory address to specify an operand. This includes arithmetic
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Fear of serious injury cannot alone justify suppression of free speech and assembly. Louis Brandeis Whitney v. California, 1927 Assemblers, Linkers, and the SPIM Simulator James R. Larus Microsoft Research Microsoft Appendix A Source file Source file Source file Assemblers, Linkers, and the SPIM Simulator Object file Object file Object file Program library Executable file