Assignment 6: Floating Point CSE 30: Computer Organization and Systems, Fall 2023 Instructors: Paul Cao and Bryan Chin Due: Tuesday Nov 14, 2023 Please read over the entire assignment before starting to get a sense of what you will need to get done in the next week. REMEMBER: Everyone procrastinates but it is important to […]
COMP4620/8620 – Advanced Topics in AI Decision-making under Uncertainty in Robotics Semester-2 2023 – Assignment 1 Due date: Monday, 4 September 2023 23:59 Canberra time Convenor & Lecturer: Hanna Kurniawati Update 29/08/23: • No changes in the text, just reposition the picture to look nicer 🙂 Update 22/08/23: • In each primitive step, the chair
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Comparing the Instruction Set Architectures of ARM and AVR In this homework, you will learn the ISA of another RISC microprocessor, ARM, and compare it with that of AVR. As you are aware by now, an ISA consists of four components: memory models; registers; instructions; and, data types. Explore each component. You should focus on
# CS160 Assignment 5 **Due: Tuesday, June 13th, 11:59PM** > Click this [link](https://download-directory.github.io/?url=https%3A%2F%2Fgithub.com%2Ffredfeng%2FCS160%2Ftree%2Fmain%2Fassignments%2Fhw5) to download the homework. In this assignment, you will be compiling Patina programs to lower-level intermediate representations (IR) called LLVMlite. ## Background: The LLVMlite IR Language > File: [ll/ll.ml](./ll/ll.ml) An intermediate representation sits between a high-level source language (Patina) and hardware-dependent, low-level
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Hardware-Software Interface Coursework 2 – Mastermind in C and Assembler Hans-Wolfgang Loidl (adapted by Adam Sampson) School of Mathematical and Computer Sciences, Heriot-Watt University The aim of this coursework is to develop a simple, systems-level application in C and ARM Assembler, running on a Raspberry Pi with attached devices. The learning objective of this coursework
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COMP2300/6300 Final Exam 2018 Student ID: Reading time: 15 minutes Writing time: 180 minutes Permittedmaterials: one A4 page with notes on both sides Make sure you read eachquestion carefully. Somewords have footnotes1 to clarify what they mean in the context of the question. Questions are not equally weighted, and the size of the answer box
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COMP / Final Exam Student ID: Reading time: minutes Writing time: minutes Makesure you readeachquestion carefully. Somewords have footnotes to clarifywhat they mean in the context of the question. Questions are not equally weighted, and the size of the answer box is not necessarily related to the length of the expected answer or the number
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COMP / Final Exam Student ID: Time: minutes reading, minutes writing Totalmarks: Weighting: % Permittedmaterials: double-sided A cheat sheet Make sure you read each question carefully. Questions are not equally weighted, and the size of the answer box is not necessarily related to the length of the expected answer or the number of marks given
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The Australian National University Final Examination – June 2021 Comp2300 & Comp6300 Computer Organisation & Program Execution Study period: 15 minutes Time allowed: 3 hours (after study period) Total marks: 100 Permitted materials: None Questions are not equally weighted – sizes of answer boxes do not nec- essarily relate to the number of marks given
THE AUSTRALIAN NATIONAL UNIVERSITY Final Examination – June 2022 Computer Architecture and Simulation Final Examination Study Period: 15 minutes Time Allowed: 180 minutes Permitted Materials: Open Book Total Marks: 100 Answer all questions. Please ensure that you have carefully read the instructions provided in the Git repository’s README file. Good luck! Question 1 [20 marks]
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