trujamal/cs3369-embeded-systems

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Created about 4 years ago
Updated about 4 years ago

trujamal/cs3369-embeded-systems

trujamal

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Operating-systems-project1

CS4328 Project 1

assess-swift

The app was designed around creating an AR iOS Application that implemented Zillow API, Google Cloud Platform, and also using Mongo DB for our database. This app allows users to receive basic housing information right at your fingertips.

operating-systems

CS4328 (Mina Guirguis): Source Files

Jupyter Notebook

Smart-Food-Hackathon

Designing a solution for the food crisis. The goal for this texas state hackathon was to solve a solution for food insecure people; which don't have easy access to food.

homework4_1

Homework Project For Greg Lakomski

Data_Structures_Assignment_2

hugo-starter

Allure

Deep Fashion Case Study

whooosh-swift

HackUTD Starter Project

homework7_3

brix_brine

CS2318

CS2318-Assignment-3-Part-1

CS2318 Assembly Language

Hydrogen

Development project based upon the electron framework

Project6_2

CS2318-Assignment-3-Part-2

How to get banned from the university step 1: take kohs class :)

CS3354-Project-2

CS3354-Project-2

Problem6_3

hello_react

Just a throw away repository for craco

CS3354-Project-1

Metsis, Vangelis CS3354 Project 1

Project6_1

CS3354-Project-5

Metesis Project 5 UI

CS3354-Project-6

homework7_2

Continuation of Greg's Project

homework7_1

CS3354-Project-4

CS3354 Project 4 Repository

trujamal

Portfolio Onboarding

CS2318-Opt.-Assignment-01

Fill in the "holes" intentionally left in a01.asm (one of the supplied files) so that the completed program will work as illustrated by the sample test run result (ao1test.txt). This program uses two recursive functions (exists and hasDup).

trujamal-portfolio

My portfolio for the upcoming Trujamal website, that will show case Photography, Cinematography, and various projects. Stay tuned on updates by click the watch icon up above. 😅

homework4_2

Write a recursive algorithm that returns the number of 1's in the binary representation of the integer N. Use the fact that this number equals the number of 1's in N/2 plus 1 if N is odd. You will create a main file that I can use to test and a header file names "binrep" which will contain your algorithm. You algorithm will take a single integer N and return the number of 1's. Your main will call this function and print.