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cannon-algorithm-mpi

Cannon's Matrix Multiplication Algorithm using MPI

cdond-c3-projectstarter

Cloud DevOps C3 Refresh Project Starter - Build CI/CD Pipelines, Monitoring & Logging - Spring 2020

circleci-demo-javascript-express

Sample Javascript/Express app building on CircleCI

circletut

course-js-and-the-dom

covid-prediction

Prediction for Covid-19 Datast for Introduction to machine learning Course CSE381

dist-project

distproject

Shared document project for Distributed Computing Course CSE354

finalcar

Final Project for Embedded Systems Course by SPRINTS

graduation-project-application

graphics-project

Final Project for Computer Graphics Course CSE378

internships

jiratask

lane-detection-project

Simple lane detection project for Computer Vision Course CSE483

pseudomagicsquare

Since any 3x3 magic square is also a pseudo-magic square , so we generated a 3x3 magic square that takes numbers from 1 to 9. then we generated nxn matrix where the magic square is in its upper left corner. To copy columns and rows in the right places, we should first check . EX: having 5x5 matrix: we should copy column 0 in column 3. 3=n-2. (n-2)%3==0: then column 0 will be copied in row 3, same for rows. By copying rows and column in the right places , we guarantee achieving our goal by having nxn table with integers 1 through 9,inclusive, so that every 3x3 square in it is a pseudo-magic square.