University of California, Santa Barbara Dept. of Computer Science Lab 8: Page Table Walker in PyRTL Assigned: Due: Points: Wednesday, February 28th, 2024 Wednesday, March 6th, 2024 100 • MAY ONLY BE TURNED IN ON GRADESCOPE as PYTHON files (see below for details). • There is NO MAKEUP for missed assignments. • We strictly enforce …
Homework Assignment 3 Due Tuesday, Feb 20th at 11:59PM (Pacific Time) In this assignment, we will continue to augment . This time, we will add booleans, lists, and recursion. This homework will consist of four parts. The first part gives you lots of practice with the syntax and the operational semantics of the augmented language. …
Homework Assignment 2 Due Wednesday, Feb 7th at 11:59PM (Pacific Time) In this assignment, you will augment the simple arithmetic language in the last assignment with lambda calculus. The resulting language is called . This language is so powerful that it can simulate the execution of any Turing machine, and thus any computer program in …
Lab 3 – Implementing a Shell FAQ | Additional Notes | Grading Form P1 | Grading Form P2 | Final Grading Form Any changes that need to be made to the handout / lab will be mentioned here. Introduction Getting Started Part 1: Parsing and Executing Commands Part 1A: Lex and Yacc – Accepting more …
Homework Assignment 1 Due Wednesday, January 24, 2023 at 11:59pm (Pacific Time) Instructions 1. Clonethisdirectorytoyourlocalmachine. 2. Install OCaml following this guide. Report any issues you encounter in the #tech-support channel on 3. Run opam install . –deps-only in the root directory of this homework to install the necessary dependencies. 4. Complete part1.ml through part4.ml by …
ECE463/563 – Microprocessor Architecture Project #1 Due date: February 15-20, 2024 – ECE463 students: submission deadline: February 15, 2024 – ECE563 students: o SubmissiondeadlineforECE463versionofthecode:February15,2024 o SubmissiondeadlineforECE563versionofthecode:February20,2024 The goal of this project is to design and implement a C/C++ cycle-accurate simulator of a 5-stage MIPS-like pipelined processor. Students taking the course at the undergraduate level (ECE463) …
Assignment 3: PCF, FPC, and PyCF 15-312: Principles of Programming Languages (Fall 2023) In this assignment you will explore concepts of self-reference in programming languages. In PCF we consider self-reference at the term level. Most often students encounter this form of self-reference when defining recursive functions, those that “call themselves” when applied to an argument. …
Assignment 2: Induction, Coinduction, and Recursion 15-312: Principles of Programming Languages (Fall 2023) In this assignment, we’ll explore generic programming with inductive and coinductive types, em- bedded in Standard ML. In functional programming lingo, this technique is often called “recursion schemes”.1 We will then consider how to formally prove code using inductive and coinductive types …
Assignment 1: Statics and Dynamics, Safety, and Finite Data Types 15-312: Principles of Programming Languages (Fall 2023) On this assignment, you will implement the statics and dynamics of a simple programming language, PSF, which has product, sum, and function types. You will also prove that the language is safe, showing some cases of progress and …
Assignment 5: Concurrency 15-312: Principles of Programming Languages (Spring 2023) This assignment studies concurrency through the lens of a concurrent programming language known as Concurrent Algol (CA). Effectful computations (involving side-effects) distinguish themselves from “pure” computation by involving some sort of interaction. Think IO effects (user interaction) or reference cells (state/mem- ory interaction). We seek …