Mohamed Raafat Saleh (@Mishors)
github

Mishors

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  • Stars
    star
    13
  • Global Rank 833,735 (Top 29 %)
  • Followers 29
  • Following 40
  • Registered about 8 years ago
  • Most used languages
    C
         42.9 %
    Jupyter Notebook
         28.6 %
    Java
         14.3 %
    CSS
         14.3 %
  • Location πŸ‡ͺπŸ‡¬ Egypt
  • Country Total Rank 1,909
  • Country Ranking
    C
         57
    Jupyter Notebook
         456
    CSS
         776
    Java
         1,404

Top repositories

1

PintOS

Implementation of the operating system named PintOS which is a project from Stan- ford university. It consists of 3 projects for implementing Threads, timer interrupt, priority schedulers, UI to run user programs and system calls.
C
9
star
2

Chess_game

Simple 2-player console chess game 8 by 8 grid implemented in C. It supports vali- dations of the wrong moves, checkmates, promotion and stalemate. Also it supports Undo/Redo facility.
C
1
star
3

Dynamic-Memory-Allocator

Dynamic memory allocator project to implement malloc and free functions in C to perform like the built-int functions in malloc Package of C. Hint: The base code for this project is taken from Computer Systems_ A Programmer's Perspective by Randal E. Bryant, David R. O'Hallaron
C
1
star
4

Landing-Page

This Project is a front-end implementation of a website landing page using HTML and CSS.
CSS
1
star
5

Hajj-Assistant

Smart assistant similar to Google assistant is designed us- ing Google DialogFlow NLP Engine to help Muslims during their pilgrimage (Hajj) journey. I participated with this ap- plication in Hajj Hackathon 2018. The back-end is Nodejs and DialogFlow.
1
star
6

Deep-Learning

Jupyter Notebook
1
star
7

8-Puzzle

The program is implemented in Java to solve 8-Puzzle using Informed and Uninformed Search Algorithms like (BFS, DFS & A*). The solver is supported with nice GUI to view the steps of reaching the goal state from the initial state.
Java
1
star
8

RISK

Simple implementation for the game in Python with options to play with Smart Agents (Computer Side). There are multiple types of smart agents implemented for example (passive, aggressive, pacifist and greedy agents) to compare their performance and intelligence. The game has a nice GUI that enables the players to play the game.
Jupyter Notebook
1
star