Discover @mujtaba1747 Open Source projects

Syed Mujtaba (@mujtaba1747)

mujtaba1747

Stars
127
Global Rank 174,500 (Top 7 %)
Followers 138
Following 315
Registered over 6 years ago
Most used languages

JavaScript
26.1 %

C++
17.4 %

Solidity
8.7 %

C
8.7 %

Shell
8.7 %

Go
8.7 %

TypeScript
4.3 %

Modelica 4.3 %

HTML
4.3 %

Python
4.3 %

Java
4.3 %
Location 🇮🇳 India
Country Total Rank 5,139
Country Ranking

Modelica 3

Solidity
42

Shell
394

C++
882

Go
950

C
1,128

TypeScript
3,503

JavaScript
6,081

git-autocommit

A bash script to automate pushing changes to github

Algorithms

Some of my Algorithm Implementations that I use in competitive programming

kitty-nft-market

Each unique and elegant. Mint your NFT Cat on OpenSea for free today (just pay gas fees)!

OS-Programming

This repo contains some samples of Linux System Programming like usage of forks, threads and semaphores. Not recommended for the faint hearted or those who dislike C.

blockchains

Repo for my Blockchain Demos

solana-gif-portal

GIF gallery on Solana Dev net

golang-tail-f

Implementing tail -f in Go

wave-eth

A simple Web 3.0 dApp built on the Rinkeby testnet

StackOverflow-Clone

A simple full stack question answer forum, inspired by Stackoverflow.

nft-market-frontend

UVa-Online-Judge

A collection of submissions made by me on the UVa Online Judge

wave-eth-solidity

A simple dApp using which you can send a public message/note to the contract owner

Atcoder-DP-Contest

A collection of my solutions for the Atcoder DP contest : https://atcoder.jp/contests/dp

mujtaba1747.github.io

An engineering blog

Computational_Graphics

Contains programs written using OpenGL.

CSES

A compilation of my solutions for the CSES problemset

VTS-Vehicle-Tracking-System-

Cookbook

Code snippets for various programming languages and libraries

ic-nft-game

mujtaba1747

solana-gif-frontend

java-distributed-systems

cicd

Polygon-Fellowship-Web3

Externally-Randomized-Encryption-Service

We aim to create a robust encryption algorithm using a randomly generated key and suitable algorithms. The strength of most contemporary encryption services depends on the generation of a random key. But most available random generators are pseudorandom due to their dependence on the internal system processes. This project aims to make a more secure encryption service by relying on external, more truly random processes for key generation.