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.
Project – Sudoku CS 0447 — Computer Organization & Assembly Language See CourseWeb for Due Date The purpose of this project is for you to practice writing backtracking with recursion in assembly language. The main goal of your program is to solve a Sudoku puzzle. The Sudoku (Mars Tool) that we are going to use […]
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Project 1 – Floating-Point Operations without Floating-Point Instructions CS 0447 — Computer Organization & Assembly Language Check the Due Date on the CourseWeb The purpose of this project is for you to practice writing assembly language to interact with input/output hardware. The hardware for this project is a very basic floating-point calculator as shown below:
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Project 4 – Unsigned Division and Square Root Hardware CS 0447 — Computer Organization & Assembly Language The purpose of this project is for you to build a division and a square root hardware for Q8.8 numbers. We will explain the specification of the circuit using an example of a multiplication hardware discussed in class.
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Lab 2: System Calls, Branches, and Comparisons Submission timestamps will be checked and enforced strictly by the CourseWeb; late submissions will not be accepted. Check the due date of this lab on the CourseWeb. Remember that, per the course syllabus, if you are not marked by your recitation instructor as having attended a recitation, your
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Lab 10: Mini MIPS Submission timestamps will be checked and enforced strictly by the CourseWeb; late submissions will not be accepted. Check the due date of this lab on the CourseWeb. Remember that, per the course syllabus, if you are not marked by your recitation instructor as having attended a recitation, your score will be
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Lab 1: Introduction to MARS Submission timestamps will be checked and enforced strictly by the CourseWeb; late submissions will not be accepted. Check the due date of this lab on the CourseWeb. Remember that, per the course syllabus, if you are not marked by your recitation instructor as having attended a recitation, your score will
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// railroad_runners.simple.c // An adaptation of a popular mobile game involving subways and surfing. // Prior to translating this program into MIPS assembly, you may wish // to simplify the contents of this file. You can replace complex C // constructs like loops with constructs which will be easier to translate // into assembly. To
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Assignment 1: Railroad Runners in MIPS version: 1.1 last updated: 2023-02-28 13�00�00 You may find the Assignment 1 overview video to be a good starting point. to give you experience writing MIPS assembly code to give you experience translating C to MIPS to give you experience with data and control structures in MIPS Getting Started
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// railroad_runners.c // An adaptation of a popular mobile game involving subways and surfing. // Prior to translating this program into MIPS assembly, you may wish to make // use of the provided `railroad_runners.simple.c` file. In it, you can replace // complex C constructs like loops with constructs which will be easier to // translate
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In this task you are required to write a MIPS program to compute the sum(+), difference (-), product (*), quotient (/) and remainder (%) of two integers C and D. The data C and D will be inputted by the user and the results will be displayed on the screen. In addition, these five results