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.
Programming Part: Question 1 [15 marks) Your task is to write a program that permutes the bits of the 16-bit data item stored in the memory location Data. How the bits will be permuted is defined by memory location WriteStep. Starting with the least significant bit of Data, copy that bit value WriteStep bits from […]
Objectives In this lab, you will learn to work with 2. pointers Exercise 1: arrays Start with the skeleton code in lab3-1.asm and finish the program so that it computes the maximum value stored in the array Data (whose length is given by label n). Put this maximum value into register R3. Exercise 2: pointers
ECS 201A Assignment 3 In this assignment, you’ll be investigating the performance impacts of different out-of-order core designs on a set of RISC-V benchmarks. The goals of this assignment are: – Show how applications have different behaviors as the microarchitecture changes. – Give you experience investigating the bottleneck in a particular architecture. – Improve your
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Computer Organization Final Project – Simple Processor Design Description A processor executes operations specified in the form of instructions. In this project, a string of instructions will be given. Your job is to decode these instructions and execute. ⮚ The following is the basic required instruction format: (similar to MIPS) Type R-type I-type opcode (6)
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SEC204 Coursework Computer Architecture and Low Level Programming Aims: To create, interpret and manipulate IA32 assembly code via hardware debugging techniques. To apply reverse engineering techniques to identify main software flaws. To identify relevant countermeasures for main software flaws. Task 1: Create a vulnerable IA32 Assembly program that receives a student name as input and
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Module Code: SEC204 Module Title: Computer Architecture and Low Level Programming School: Computing, Electronics and Mathematics Overview This is individual coursework consisting of two tasks: 1. Hack/Unlock the ‘Tower of Hanoi’ game provided. To this end, you must reverse engineer the binary code provided, analyse what it does and extract the appropriate information [70%]. 2.
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