AmrElzawawy's Projects
Resources for Android Crash Course "X-Course: Android", developed during my short time working as an Android Instructor at ACM Alexandria Student Chapter.
Everything you wish you knew earlier as a Student of CS/Software Engineering
AVR Atmega32 micro-controller's multiple peripheral and module software drivers implementation in C.
🦠 Huge collection of useful projects and resources for COVID-19 (2019 novel Coronavirus)
Simple Restful Flask API (Python) for campaigns.
CNNH (Computer Networking Nutshell Handbook) is a Computer Networks handbook summary for software engineers based on the famous book "Kurose and Ross's Computer Networking: A Top-Down Approach" .
First two front-end phases of a language-independent compiler implemented in C++
A daily and total number of cases by country estimators for the COVID-19 crisis in hopes to help the community survive this pandemic.
Official Contribution for DeftEval 2020, Task 6 Subtask 1 from SemEval 2020 Competition. Solving NLP problem of "extracting term-definition pairs in free text" in multiple approaches ranging from highly simple till very complex modern ones.
An 8-puzzle game solver implementation in Python, uses informed and uninformed search algorithms and is extensible to be used on an N-Puzzle game.
This is an assignment for Pattern Recognition Course taught at Alexandria University, Faculty of Engineering offered in Spring 2019. It is a Face Recognition assignment using 2 different techniques: PCA and LDA. The 2 approaches results is then compared and the README provides about our conclusion about it.
A C++ implementation of famous graph-based algorithms.
A simple MapReduce and Hadoop application to count words in a document ,implemented in Java to get a flavor for how they work.
Official contribution for "Book Scanning" Problem for the Online Qualification Round of Google's Hash Code 2020.
A Node.js & SQL web-based application for hotel reservation, that acts a broker between hotels and customers.
A "Huffman Coding" algorithm-based application written in C++ to compress/decompress any type of files.
This is an assignment for Pattern Recognition Course taught at Alexandria University, Faculty of Engineering offered in Spring 2019. We intend to perform image segmentation. Image segmentation means that we can group similar pixels together and give these grouped pixels the same label. The grouping problem is a clustering problem. We want to study the use of K-means on the Berkeley Segmentation Benchmark. Below we will show the needed steps to achieve the goal of the assignment.
Job title Classification by industry using NLP Multi-text Classification Problem.
A javac-like compiler built over Flex & Bison software tools. It takes in a Java source code file and emits its JVM bytecode & .class files.
K-Means clustering algorithm implementation in Python.
A Mine sweeper embedded systems project.
A simplified MIPS machine simulator using SystemVerilog, developed with three different micro-architectures: single-cycle, multi-cycle and pipelined.
This is a cheat sheet for Pattern Recognition course (formally known as ML course) for our open book exam. Feel FREE to clone the cheat sheet or fork it for your own usage in any of your courses.
This is an assignment for Pattern Recognition Course taught at Alexandria University, Faculty of Engineering offered in Spring 2019. The assignment goal is to design neural network that are able to classify the signals in the DeepSig dataset into their different modulation types.
This is an assignment for Pattern Recognition Course taught at Alexandria University, Faculty of Engineering offered in Spring 2019. Our Official Contribution on developing a Model for MRNet dataset.
Networks Assignment 1 , Introduction to Socket Programming developed by C++
Multiple applications based on the idea of multi threading and multi programming.
OS Course Lab. It is required to simulate some of paging replacement algorithms. (LRU - CLOCK - FIFO )
Pattern Recognition University Course, Formally known as "Machine Learning". This Repository is for demonstration of my solutions for the semester Spring 2019 Weekly assignments
A solution proposed for for the design by nature challenge in Nasa Space Apps Challenges 2018. An autonomous free-flyer to detect and characterize MMOD (Micro Meteoroid and Orbital Debris) damage on spacecraft surface.