Sarah Hesham's repositories
ComputerGraphics-Algorithms-With-CPP
Computer Graphics built using Win32 Desktop Applications with C++. Depends on input taken from mouse clicks. Building computer graphics from scratch using mathematical equations and problem solving with C++. Implementing the most famous computer graphics algorithms from scratch.
Unity-Protein-Visualization
Protein Visualization using Unity and C# analysis on PDB Files.
BioPhysics-Molecular-Dynamics-Simulation
Using VMD and NAMD for molecular dynamics simulation of protein PDB files.
ComputerGraphics2D_Win32_Desktop_Project
Graphics2D_Win32_Desktop_Project Simple Drawing Application Based on Mathematics and Problem Solving with C++
Endless-Runner-Game
Unity and C# for Game Programming.
VuforiaEngine
Augmented Reality using Vuforia Engine, Unity and C# .
ComputerGraphics-Face-Drawing-Clipping
Face Drawing using C++ based on Computers Graphics Theories using Win32 Desktop Applications
DataBasesTables-Filling-GUI-Forms
Car Trading Data Base with C# Forms Implementation.
BioPhysics-Simple-Molecular-Dynamics-Simulation-With-RMSD-Calculation
C Sharp Script for Biophysics Simple Molecular Dynamics Simulation with RMSD Calculation.
TCL-TK-VMD-PDB
TCL-TK for VMD.
WindowsCommandPrompt-Instructions-With-CPP
Simulating CMD Functions using C++ Code.
Bio-Statistics-R-Coding-On-Datasets-Analysis-and-Plotting
Appling R coding on the medical data from a given file data.csv, which is a dataset of a patient demographic containing standard information regarding individuals from a variety of ancestral lines.
BioPython-Getopt-Biological-Command-Line-Interpreter
Bio Python Project using getopt library in python and engaging with the command line prompt.
BioStatistics-R-Coding-Using-Dataset-AntiProfilesData
Bio Statistics R Coding Using Dataset AntiProfilesData Genomics Data Structure Processing.
Customer-Personality-Analysis
Using K Means and R Language, K-Means algorithm applied the elbow method to get the optimal k, which is equal to 7.
De-Bruijn-Graph-for-Genome-Assembly
Data Analysis for Genomics, De Bruijn Graph for Genome Assembly.
Menu-Driven-CPP-Console-Programs
Simple basic problem solving with C++ on menu driven programs using structural programming.
Optimizing-KnapSack-Using-Genetic-Algorithms
Genetic Algorithms techniques in solving a searching problem for optimization.
Optimizing-Smooth-Curve-Fitting-Problem-Using-Genetic-Algorithms
Genetic Algorithms techniques in solving a searching problem for optimization.
PendigitsDataset-FromScratch-Simple-KNNClassifier
Building from scratch simple KNN Classifier without using frameworks built-in functions and applying it on the Pen Digits Dataset.
Sarah-Hesham-2022
Sarah Hesham
Simple-Fuzzy-Logic-Toolbox
Fuzzy Logic Toolbox with GUI and Files Analysis.
USVotingDataset-Decision-Tree-Model
Machine Learning Model using Decision Trees on US Voting Dataset
BioServer_Lab_Implementation_Influenza_Virus_A_BioServer
Using HTML, CSS, JS, PHP and USBServer to build a biological server that provides many biological utilities.
Computational-Biology-Position-Specific-Scoring-Matrices
Implementing Position Specific Scoring Matrix (PSSM) Algorithm using Python for computational biological tasks.
De-Bruijn-Graph-Chain-Merging-Compacting
Data Analysis for Genomics, De Bruijn Graph Chain Merging Compacting.
Drug-Design-AutoDock-Tools-MBP-D-Ribose
Molecular docking is one of the molecular modeling methods that predicts the preferred orientation of one molecule (ligand) to another (receptor) when bound to each other to form a stable complex (lowest energy state).
Euler-Path-for-Genome-Assembly
Data Analysis for Genomics, Euler Path for Genome Assembly.
FASTQ_Files_Analysis
Data Analysis for Genomics, FASTQ File Structure and Analysis using Python.
Graduation_Project_Form_HTML_CSS_JS
Using HTML, CSS and JS to build a simple form.