Unity Certified User Challenge with Data EDIH at the University of Debrecen
Enter the Unity Certified User challenge to prove your expertise in Unity development! Fill out the application form and show that you are the best at Unity. During the competition, you will have the chance to win valuable prizes and gain recognition.
Good luck, and have fun!
To enter the competition, you must successfully pass the exam. Teams must include at least one person who has passed the exam.
Topics of the Challenge:
- Designing optimal sensor positioning for medical equipment and surveillance systems
Supervisors: Dr. Balázs Ujvari, Dr. András Hajdu, Gergő Bogacsovics
Description: This task aims to determine the optimal position of sensors using machine learning tools in Unity. Among use cases, we want to focus on positioning sensors in medical (X-ray) equipment, providing the best coverage by a sensor network for finding radioactive sources in reactors or cities including mobile sensors attached to vehicles (cars/drones); other use cases may also be of interest. The role of prospective participants includes the 3D design of the scene and the whole process and the implementation of AI tools to find optimal sensor positions. The entire task can be divided into smaller subtasks according to the participants’ preferences.
- Reconstructing 3D human motion from 2D videos
Supervisors: Dr. András Hajdu, Dr. Tamás Bérczes
Description: The project's goal is to develop a system that can reconstruct the movements of humans and objects in 3D from 2D videos. Using existing AI tools such as OpenPose and AlphaPose to detect human movements in 2D is possible. We then can employ 3D reconstruction algorithms to convert this data. The results are to be integrated into a VR environment; the primary use case can be a soccer game. The entire task can be divided into smaller subtasks according to the participants’ preferences.
- Designing VR games for checking the correct performance of gymnastics exercises
Supervisors: Dr. Attila Gilányi, Dr. Roland Kunkli
Description: The aim of this project is to create games in virtual reality for performing some special gymnastics exercises. The system developed has to be able to check the correctness of the exercises performed, and has to give feedback about that.
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- Designing an interactive local soccer museum
Supervisors: Dr. Attila Gilányi, Dr. Roland Kunkli
Description: The goal of this project is to develop a system of objects and spaces in virtual reality presenting the history of a soccer team (important events, famous players, coaches and managers, buildings, pitches and stadiums connected to the team, etc.). The system has to contain interactive tools and elements that allow users to try out and practice certain game situations with some current and former players of the team (obviously, in a virtual form).
- Autonomous driving with 3D maps and environments
Supervisors: Dr. Tien V. Do
Description: The goal of this project is to create the 3D map of the Kassai campus and the university in the first stage, for autonomous driving simulated cars based on AWSIM Labs (later, real cars).
- Cyber-physical industrial environments
Supervisors: Kapusi Tibor Péter
Description: The goal of the project is to create a virtual environment that which enables the simulation of robotic arms and manufacturing processes.
- Designing solutions for automating industrial robotic tasks
Supervisors: Bogacsovics Gergő
Description: The goal of this project is to design and implement solutions for automating a specific industrial robotic task using machine learning and Unity. Participants are free to choose any existing heavy-duty robot, unmanned surface vehicle (USV), unmanned ground vehicle (UGV), or unmanned aerial vehicle (UAV) model, or create their own robot to use as the base of their project. Possible project ideas include solving tasks such as navigating in rough terrain or under challenging conditions, material handling, loading and unloading, packaging, inspection of products, defect detection, maintenance, or other parts of the manufacturing process.
- You can choose your own Topic
Please chose a supervisor and give us a title and a short description about it in the registration form.
Skills you would probably need:
- Navigating the Unity interface
- Debugging and problem-solving skills
- Creating and evaluating code in C#
- Appropriately controlling the behavior of objects in a virtual environment
- Using and applying animations for models
- Handling keyboard and mouse input of the user to create a real-time interactive application
- Creating and identifying the behavior of user interface elements
A "Data EDIH" c. projekt megvalósulását Magyarország Kormánya, illetve a Közigazgatásiés Területfejlesztési Minisztérium Parlamenti Államtitkársága támogatta. A Data EDIH konzorcium részére 720.000.000 Ft költségvetési támogatás került megítélésre az egyes közvetlen uniós pályázatok önerő költségének biztosításáról szóló 1548/2023 (XII. 13.) Korm. határozat keretében.