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.
Account Dashboard Calendar Inbox History Course Evals Help CSC258H5 F 20239: Computer Organiza!on Pages Project Instruc!ons Immersive Reader 2023 Fall Home Piazza 2023 Assignments Grades Project Instruc!ons Introduc!on In the first four labs, you wrote small pieces of RISC-V assembly code to implement condi!onals (if-statements), loops, func!ons, and arrays. In the project, we’re asking you […]
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Performance Modeling – RISC-V processor This will be an INDIVIDUAL project Phase 1: (Due November 7th 11:59PM) 1) Draw the schematic for a single stage processor and fill in your code in the provided file to run the simulator. 2) Measure and report average CPI, Total execution cycles, and Instructions per cycle by adding performance
Performance Modelling – RISC-V processor This project will require you to implement cycle-accurate simulators of a 32-bit RISC-V processor in C++ or Python. The skeleton code for the assignment is given in le (NYU_RV32I_6913.cpp or NYU_RV32I_6913.py). The simulators should take in two les as inputs: imem.text and dmem.txt les The simulator should give out the
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Performance Modelling – RISC-V processor This project will require you to implement cycle-accurate simulators of a 32-bit RISC-V processor in C++ or Python. The skeleton code for the assignment is given in le (NYU_RV32I_6913.cpp or NYU_RV32I_6913.py). The simulators should take in two les as inputs: imem.text and dmem.txt les The simulator should give out the
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Performance Modeling – RISC-V processor This will be an INDIVIDUAL project Phase 1: (Due November 7th 11:59PM) 1) Draw the schematic for a single stage processor and fill in your code in the provided file to run the simulator. 2) Measure and report average CPI, Total execution cycles, and Instructions per cycle by adding performance
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CS 61C Fall 2023 Extensions Staff Policies Resources Quick Links Project 2: CS61Classify Part A Task 1: Absolute Value (Walkthrough) Running Tests In this part, you will implement a few math operations that will be used for classification later. Before starting, please pull from the starter and update Venus. $ git pull starter main $
CS 61C Fall 2023 Calendar Extensions Staff Policies Resources Quick Links Project 2: CS61Classify Office Hour Policy Debugging Videos Setup: Git Setup: Java and Python Setup: Venus Restoring Starter Files Part A Appendix: Function Definitions Appendix: Calling Convention Project 2: CS61Classify Part A Deadline: Tuesday, September 19, 11:59:59 PM PT Part B Deadline: Tuesday, October
FIT3159 – Computer architecture This unit covers the internal mechanism of computers and how they are organised and programmed. Topics include combinatorial and sequential logic, Boolean Algebra, counters, ripple adders, tree adders, memory/addressing, busses, speed, DMA, data representation, machine arithmetic, microprogramming, caches and cache architectures, virtual memory and translation look-aside buffers, vectored interrupts, polled interrupts,
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Semester 1 2021 FIT 1047 Sample Exam Faculty of Information Technology Note that this is a sample exam only. It is only made available for training purposes and does not contain questions from the actual exam. The goal is to self-test and get an idea of the character of questions that can be expected in
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FIT1008-2085 S1 2019 exam solutions Computer Science Tutoring Q1 – Python to MIPS translation # save the $fp and $ra into the stack addi $sp, $sp -8 sw $ra, 4($sp) sw $fp, 0($sp) # allocate space for local variables # save $ra onto stack # save $fp onto stack addi $fp, $sp, 0 # copy
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