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If you are wondering where the data of this site comes from, please visit https://api.github.com/users/jri8/events. GitMemory does not store any data, but only uses NGINX to cache data for a period of time. The idea behind GitMemory is simply to give users a better reading experience.
jri8 Georgetown Class of 2019 Interested in Data Science

DrewMcArthur/movie-rater 1

A machine learning model implanting SKLearn to predict gross box office of movies given data scraped from various movie databases.

jri8/VirtualMemoryManager 1

This project consists of writing a program that translates logical to physical addresses for a virtual address space of size 216 = 65,536 bytes. Your program will read from a file containing logical addresses and, using a TLB as well as a page table, will translate each logical address to its corresponding physical address and output the value of the byte stored at the translated physical address. The goal behind this project is to simulate the steps involved in translating logical to physical addresses.

jirby425/Prep 0

Repository contains interview Prep Code.

jri8/AIPart1 0

TUG hospital robot simulation. Provides implementations of DFS, BFS and a Best-First-Search. Collaborators: Jackson Irby, Christian Vik, Jesse Shatsky, Eli Salm. Anything that was not modified beyond the initial commit was provided by instructor: Thomas Bolander

jri8/BST 0

Binary Search Tree. Pass in file with input through command line argument. Will show in order, pre order, and post order traversals and also the height of the tree.

jri8/BTree 0

BTree Project. Will insert, find values, return height, and print in level order

jri8/Dictionary-SpellChecker 0

Given Dictionary is stored in hash table. Then spell checks another file using dictionary. Chaining method of hashing is implemented.

jri8/Group-Chat-Server-and-Client 0

Server and client group chat created with partner Matt Shanahan (mattShanahan7).

fork allonahmed/VirtualMemoryManager

This project consists of writing a program that translates logical to physical addresses for a virtual address space of size 216 = 65,536 bytes. Your program will read from a file containing logical addresses and, using a TLB as well as a page table, will translate each logical address to its corresponding physical address and output the value of the byte stored at the translated physical address. The goal behind this project is to simulate the steps involved in translating logical to physical addresses.

fork in 10 days

startedjri8/VirtualMemoryManager

started time in 14 days

fork AriyaRasekh/VirtualMemoryManager

This project consists of writing a program that translates logical to physical addresses for a virtual address space of size 216 = 65,536 bytes. Your program will read from a file containing logical addresses and, using a TLB as well as a page table, will translate each logical address to its corresponding physical address and output the value of the byte stored at the translated physical address. The goal behind this project is to simulate the steps involved in translating logical to physical addresses.

fork in 19 days