Showing 18 of 18 projects
Implemented simple versions of low-level functions like using Numpy, focusing on array manipulations, broadcasting, and basic statistical operations.
Built a decision tree classifier from the ground up, covering data splitting, entropy calculation, and recursive tree construction for classification tasks.
Wrote an essay on why consciousness is a prerequisite for true superintelligence, arguing that self-awareness and subjective experience are essential for advanced cognitive functions.
A C# application that uses simple algorithms to solve Sudoku puzzles automatically and efficiently, providing a user-friendly interface for input and displaying solutions.
Calibrated a camera for 3D image reconstruction, additionally trained several CNN models for some simple image classification.
Using tree-based models we classified clients based on whether they participated in an investment program or not.
Applied machine learning algorithms to healthcare data for predicting treatment duration in sepsis patients.
Applied NLP techniques to analyze social media data and identify patterns of loneliness during the COVID-19 pandemic.
Bachelor thesis project focused on developing CNN models to recognize emotional states in dogs from image data.
Advanced neural signal processing project using CNN to classify imagined motor movements from MEG brain signals.
Coded fundamental algorithms and data structures such as binary search, quick sort, and linked lists in C#, focusing on efficiency and performance.
Implemented LSTM and GRU models to forecast time series data, focusing on sequence prediction and temporal patterns.
Designing and building a custom keyboard PCB using mechanical switches and microcontrollers to create a personalized typing experience.
Implemented various machine learning algorithms to classify spam messages using text processing and feature extraction techniques.
Implemented a RAG chatbot using LangChain and OpenAI to assist with answering questions for Ukrainian refugees, enhancing response accuracy with document retrieval.
Created a simple web application using Flask and Plotly Dash to visualize data interactively with charts and graphs.
Using the data of Time of Flight (TOF), Thermopile (TMP) and Inertial Measurement Unit (IMU) sensors to detect patterns in human behavior.
Creating a traditional state-based dialog system using Python for natural language interaction and conversation management.