AI-based Computer Vision via Deep Learning
Önálló laboratórium 2 - Egészségügyi mérnök, MSc Eü.
Önálló laboratórium 1 - Irányító és látórendszerek MSc. főspec.
Önálló laboratórium 1 - Vizuális informatika MSc. főspec.
Önálló laboratórium 2 - Irányító és látórendszerek MSc. főspec.
Önálló laboratórium 2 - Vizuális informatika MSc. főspec.
Önálló laboratórium - Irányítórendszerek ágazat, BSc Vill.
Önálló laboratórium - Szoftverfejlesztés és rendszertervezés specializáció, BSc Info.
Projektfeladat mechatronikusoknak
TDK dolgozat
Nowadays, computer vision is becoming increasingly popular both in the industry and in various research laboratories. The applications of this field are nearly endless, ranging from self-driving cars to automated production lines and security technologies. Within the field of computer vision, in the past one to two decades, various learning methods — particularly the application of deep neural networks — promise the greatest opportunities.
In the project laboratory topic, the student’s task is to become familiar with deep learning methods and their applications, and then use them to provide a solution to a selected problem.
Within this field, the following tasks can be performed:
- Classification of visual (or possibly audio) information. (Recognizing people, animals, vehicle types, tumors, words, intentions, actions, traffic signs, etc.)
- Detection/segmentation performed on visual (or possibly audio) information. (Identifying relevant objects for self-driving cars, speech enhancement, etc.)
- Tasks performed on sequences of visual (or possibly text) data. (Video analysis, image captioning, speech recognition, etc.)
- Generation of images (or possibly sounds).
- Development of higher cognitive functions based on audiovisual input. (Playing various computer games, implementing attention and memory, question-answer systems.)
- Investigation of high-level modern learning methods. (Curiosity-driven learning, meta-learning, etc.)
- Individual ideas.
Requirements for the topic:
- Knowledge of object-oriented programming (C++/Python, or similar).
- Good command of English.
Recommended for the topic:
- Minimal image (signal) processing knowledge.
- Minimal mathematical knowledge.