Discover @ebrarkiziloglu Open Source projects

Ebrar Kızıloğlu (@ebrarkiziloglu)

ebrarkiziloglu

Stars
14
Global Rank 798,133 (Top 28 %)
Followers 17
Following 17
Registered over 3 years ago
Most used languages

Java
33.3 %

C++
16.7 %

Jupyter Notebook
16.7 %

Python
16.7 %

C
8.3 %

Racket
8.3 %
Location 🇹🇷 Turkey
Country Total Rank 5,839
Country Ranking

Racket
16

Jupyter Notebook
582

C
936

C++
1,102

Java
1,752

Python
2,889

My-Basic-ML-Models

I create several ML models using the datasets I generate under the repository https://github.com/ebrarkiziloglu/My-Databases-MySQL

Jupyter Notebook

ML-Notes-and-Workshops

I attend a winter camp on Fundamentals of Machine Learning organized by @bogaziciai. I collect my notes and workshops code in this directory.

Jupyter Notebook

Use-Several-Threads-Cmpe-322

HelpSantaDeliverGifts-Cmpe-250

MarketSimulation-Cmpe-160

Scheme-interpreter-for-a-calculator-Cmpe-260

PortSimulation-Cmpe-160

This is an OOP Project for the CmpE160 (Introduction To Object Oriented Programming) Course @ Bogazici University. The main objective is to properly implement inheritance and encapsulation in Java OOP.

Interpreter-to-C-Cmpe-230

ExcelFed-DES-Project-Cmpe-250

This is a DES (Discrete Event Simulation) Project for CmpE250 -Data Structures & Algorithms- Course.

Mutex-PThreads-Project-Cmpe-322

My-Databases-MySQL

I create several database using MySQL. For each database, I generate a complete random data and a more logical data. I use these datasets in training basic Machine Learning models, to observe the difference between completely random data and more reasonable data. ML is under https://github.com/ebrarkiziloglu/Machine-Learning-Basic-Project/

MPI-Parallel-Programming-Project-Cmpe-300

ASCII-Atari_Like_Game-Cmpe-150

This project was my homework assignment at the CmpE150 (Introduction to Computing) course at Bogazici University. I coded the implementation of an ASCII Atari-like game where a spaceship navigates and shoots asteroids using three parameters: x as the length of the asteroid cluster, y as the width of the asteroid cluster, and g, as the current distance to the asteroid cluster. These parameters are given by the user at the beginning of the game. The game is played with three actions: left to go one space left, right to go one space right, and fire to shoot a laser to destroy an asteroid in front of the spaceship. There is also an exit action to exit the game. These actions are also taken from the user at each step of the game. My goal is to follow the game board, print the current position after each move of the user, and determine whether the user wins at the end.