Scientific Research Projects Conducted within the MMF:
- Face Recognition-Based Current Recognition System
- Purpose: The aim of the project is to develop a system that uses face recognition to record student attendance in class. The system we will develop will be a new product that utilizes deep learning methods within an embedded system. The face recognition rate will exceed 98%. The facial recognition system we will develop will be placed at the entrances of our school's classrooms, and students will have their faces scanned as they enter classes.
- Speak Talk
- Purpose: Speak Talk is a Turkish AI chat application developed with GPT-3.5. You can participate in voice and text chats with diverse and engaging AI personalities. The application uses the advanced features of GPT-3.5, a powerful language model developed by OpenAI, to provide users with an immersive and interactive chat experience. Whether you prefer speaking or writing, Konuşa Konuşa offers a platform to interact with artificial intelligence entities that can understand and respond to a wide variety of topics and queries in Turkish.
- https://www.konusakonusa.tech/
- Fitview Travel
- Purpose: "FitView Travel" is a web application that allows users to track their health data and experience virtual travel around the world. This app, built with vue.js, will allow you to retrieve health data from Google Fit and display it as a recent activity profile. The app provides StreetView navigation through Google Maps and StreetView APIs. Users can take a virtual walk anywhere in the world using the app. The app also offers a real-time fitness experience with live data from the smart bracelet.
- Sound Distortion
- Purpose: To manipulate sound for anger, happiness, etc. We tried to reconstruct it according to emotions.
- Analyzed voices:
- Angry Voice
- Happy Voice
- Sad Voice Sound
- Disgusting Sound
- Fearful Sound
- Robot Voice
- Child Voice
- Ogre Voice
- Telephone Sound
- Cave Sound
- TÜBİTAK 3501-Development of a Fluorescence-Based Nanocomposite Biosensor for the Detection of the Environmental Toxin Atrazine (ATZ)
- Purpose: This project aims to investigate the effects of Atrazine (ATZ), a common pesticide used in agricultural spraying and known to have adverse effects on the environment and human health. The aim is to develop a fluorescence-based nanocomposite biosensor for the detection of the atrazine molecule with high sensitivity and selectivity.
- Scientific Research Project (BAP) - Nanosensor Design for Cardiac Biomarker
- Purpose: The main purpose of this scientific research project is to produce and test a nanocomposite biosensor for use in the diagnosis of troponin, a biomolecule that increases in the blood during heart attack (acute myocardial infarction - AMI).