My University Projects

Stuff I implemented as homeworks/projects during my education at Boğaziçi University.

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CMPE150 - Introduction to Computing | FALL 2015 (Course Page)

• Project#1 Java

  The project consists of 2 independent parts. In the first part, it prints an n*n multiplication table with upper triangular elements missing. In the second part, it prints a sequence with four integers. Each element in the sequence is equal to 4 * <numberOfDigitsInPreviousElement>.

• Project#2 Java

  A simple board game. There is a board with 16 cells (4*4). Each cell contains a letter or *. (There are 15 letters and a *). Player moves * to the horizontally or vertically adjacent cells and collects points.

• Project#3 Java

  There is a board with 256 cells (16*16). Each cell has a color. The purpose is to traverse all the cells and change their colors according to some rules until no change is possible anymore.

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CMPE160 - Introduction to Object Oriented Programming | SPRING 2016 (Course Page)

• Project#1 Java

  Sprinter Turtle - A graphical game in which the player controls a turtle by using arrow keys on the keyboard. The aim of the user is to get the turtle across the street over and over again and during that time to prevent the turtle from getting hit by a car.

• Project#2 Java

  A program that can be used to simualate transportations done by freight trains. Doubly Linked List, Priority Queue and Stack implementation.

• Project#3 Java

  Implementation of an AVL Tree

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CMPE230 - Systems Programming | SPRING 2017 (Course Page)

• Project#1 C++

  A translator which transforms a file containing assignment statements and expressions (one on each line) to LLVM (Low Level Virtual Machine) code.

• Project#2 Python

  A program which finds duplicate files and/or directories in given directories recursively. It can list paths of those files/directories and execute given commands on them.

• Project#3 C++ & QT

  A graphical hexadecimal calculator which only supports addition and subtraction.

  I developed this project with Yaşar Alim Türkmen.

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CMPE240 - Digital Systems | SPRING 2017 (Course Page)

These are the preliminary works of CMPE240, which were studied/implemented before actual laboratory hours.

My laboratory partner was Yaşar Alim Türkmen.

• Experiment#1 Verilog

  Analysis and Implementation of Problem Definition

• Experiment#2 Verilog

  Implementation of a Boolean Expression

• Experiment#3 Verilog

  Implementation of a Sequence Detector

• Experiment#4 Verilog

  Analysis of a Sequential Circuit

• Experiment#5 Verilog

  Arithmetic Logic Unit

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CMPE250 - Data Structures and Algorithms | FALL 2016 (Course Page)

• Project#1 C++

  Implementation of addition and multiplication for very big integers that are represented as a LinkedList.

• Project#2 C++

  Discrete Event Simulation - Simulating the two algorithms (Shortest Job First and Round Robin) of task scheduling for the CPU.

• Project#3 C++

  Process Scheduling - Calculating the minimum time for a computer with infinitely many processors to complete a set of processes.

• Project#4 C++

  Implementation of Disjoint-Set Data Structure

• Project#5 C++

  Implementation of A* Search Algorithm

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CMPE260 - Principles of Programming Languages | SPRING 2017 (Course Page)

• Project#1 Prolog

  A Scheduler for the Final Exams

• Project#2 Scheme

  A Simple Playing Card Game

• Project#3 Smalltalk

  A Simple Version of the Worldwide Game DotA (Defence of the Ancients)

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CMPE322 - Operating Systems | FALL 2017 (Course Page)

• Project#1 C++

  An Operating System Scheduler Implementation - Round Robin Scheduler

• Project#2 C++

  An Operating System Synchronization Implementation - Binary Semaphore

  This project was developed on top of Project#1.

• Project#3 C++

  Implementation of I/O Based Operations

  This project was developed on top of Project#2.

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CMPE352 - Fundamentals of Software Engineering | SPRING 2018 & CMPE451 - Project Development in Software Engineering | FALL 2018

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CMPE434 - Introduction to Robotics | FALL 2018 (Course Page)

• Term Project Java

  Design of a "basketball player" robot (Lego Mindstorms EV3) that is capable of map making, localization, path planning and object grasping, and its implementation with LeJOS.

  My course partner was İsmet Dağlı.

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CMPE443 - Principles of Embedding Systems Design | FALL 2018 (Course Page)

• Term Project C

  Design and implementation of an autonomous car with LPC4088 Board (and several sensors) on 4-Wheel Robot Smart Car Chassis. Development was done on Keil uVision (MDK-ARM) software.

  My project partners: Atıf Emre Yüksel, Ömer Kırbıyık and Yaşar Alim Türkmen

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CMPE462 - Machine Learning | SPRING 2019 (Course Page)

• Project#1 Python3

  Study of Bias/Variance Dilemma, Cross Validation, and Parametric Classification on Iris Data Set

• Project#2 Python3

  Study of Dimensionality Reduction (PCA and LDA) and Classification (Mixture of Gaussians and K-Nearest Neighbors)

• Project#3 Python3

  Study of Multilayer Perceptron

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CMPE478 - Parallel Processing | SPRING 2019 (Course Page)

• Project#1 C++

  Implementation of a parallel version of Google ranking process using OpenMP, and applying it on the Erdös Web Graph.

• Project#2 C++

  Part A: Implementation of a parallel version of Google ranking process using MPI, and applying it on the Erdös Web Graph partitioned via METIS.

  Part B: Implementation of a parallel version of Google ranking process using Thrust for NVIDIA GPUs, and applying it on the Erdös Web Graph.

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CMPE493 - Introduction to Information Retrieval | SPRING 2019 (Course Page)

• Project#1 Python3

  Implementation of a simple document retrieval system that is capable of boolean and wildcard queries.

• Project#2 Python3

  Implementation of a simple content based movie recommendation system.

• Project#3 Python3

  Implementation of an unsupervised extractive single document summarization program based on K-Means Clustering.

• Term Project Python3

  Implementation of a question answering (QA) system that can answer geography-related questions asked in Turkish free-text.

  My term project partners: Atıf Emre Yüksel and Baran Kılıç