GT CS 7280: Network Science Assignment 1: Getting Started with NetworkX Spring 2024 The objective of this assignment is to provide an introduction to working with NetworkX and review some linear algebra concepts. By the end of this assignment you will able to: ● Generate graphs with NetworkX. ● Import datasets for analysis. ● Understand […]
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# King Triton’s Ocean you will be implementing some unfinished Rust code which models a mythical ocean ecosystem populated by crabs that live on beaches, and various prey they hunt in reefs. These crabs have names, and come in any and all colors. Groups of them live together (and reproduce) at beaches along the coast
COMP6991 – 23T1 Assignment 2 Implementing a Rust IRC Server Change Log Assignment Released Implementation of a Rust IRC Server (IRIS) In this second assignment we will be building an IRC Server in Rust. IRC is the “Internet Relay Chat” protocol. It is the ancient predecessor of services like Discord and Messenger; and is even
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COMP6991 – 23T1 Assignment Released (06/01/2023) Assignment 1 AdventureRS Change Log mark_request now has a section for the reset key (07/03/2023) Cargo Toml for termgame updated to “^1.2.0” (07/03/2023) Please make sure your termgame version is set to “^1.2.0” In this assignment, we will be calling back to the inspiration for many an introductory programming
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# 600086-Lab-C ## Multiple Rust files Multiple Rust files can be linked together into a single application with the use of the `mod` statement Placing `mod my_second_file` in one Rust file, enables that file to use the functions from `my_second_file.rs` Make use of this functionality to move your thread main function, from the previous lab
# 600086-Lab-H In this lab we’re going to expand on the synchronization examples covered in the lectures, and also explore the efficiency of one of the parallel patterns — striped arrays — in more detail. ## Condition variables Create a producer / consumer architecture using condition variables. A simple consumer / producer system was introduced
# 600086-Lab-E ## Q1. Thread safe printing Open the **unsafe_print** folder in Visual Studio Code. Build and run the code, and ensure that it works. Examine the code to become familiar with the syntax. The output should appear jumbled, as multiple threads compete for the single print function. This is called a race condition. Make
# 600086-Lab-A This lab takes you through the process of installing and setting up your Rust environment, and gets you started on learning Rust. There is a video on Canvas to accompany this setup procedure. ## Installation Download and install Visual Studio Code, from: https://code.visualstudio.com/ Download and install Rust, from https://rustup.rs/ Open VS Code and
# 600086-Lab-B This lab introduces basic elements of threading. As you progress through this semester, you’ll be learning a lot about parallel and concurrent programming, that will hopefully prove valuable both during your career and also as technical background for the likely questions you’ll face in interviews. To assist you in remembering these intricacies you’ll
# 600086-Lab-G In this lab we’re going to extend our particle system developed in Lab-F, to add in a collision counter. ## Q1. Colliding particles Make a copy of your `particle_threaded` project and name it `colliding_particle_threaded` Create a new function `collide()` that checks if a particle collides with (or is very close to) another particle.