This course focuses on advanced processing techniques, with specific focus on the following topics: advanced deep learning techniques for multimedia signals, new-generation multimedia contents (omni-directional images and videos, point clouds, Virtual Reality), compression of new-generation multimedia contents based on deep learning.
The course will be composed of about 60% of theoretical lectures and about 40% of lab lectures. Therefore, it will additionally provide the students with programming skills for advanced processing techniques for multimedia signals and programming skills for the design of Virtual Reality Environments.
The course will be composed of about 60% of theoretical lectures and about 40% of lab lectures. Therefore, it will additionally provide the students with programming skills for advanced processing techniques for multimedia signals and programming skills for the design of Virtual Reality Environments.
- Docente: Sara Baldoni
Welcome to "Quantum Technologies" at the University of Padova!
This course explores experimental methods for quantum technologies, with a focus on photonics and quantum optics. You'll learn the techniques needed to develop photonic-based quantum devices through both theory and practice.
Course structure:
Initial theoretical lectures on quantum technologies and required notions for the lab activities
Hands-on sessions where you'll design, build, and analyze optical setups
Course materials: Slides are available below.
Timetable (Second Semester):
Initial lectures (February):
Monday, Feb 23 – 12:30-14:30, Room Oe
Tuesday, Feb 24 – 8:30-10:30, Room Pe
Monday, Mar 2 – 12:30-14:30, Room Oe
Tuesday, Mar 3 – 8:30-10:30, Room Pe
Lab sessions (from March 9 onwards):
Mondays – 12:30-14:30, Didactic Lab, Via Trasea 7
Tuesdays – 8:30-10:30, Didactic Lab, Via Trasea 7
This course explores experimental methods for quantum technologies, with a focus on photonics and quantum optics. You'll learn the techniques needed to develop photonic-based quantum devices through both theory and practice.
Course structure:
Initial theoretical lectures on quantum technologies and required notions for the lab activities
Hands-on sessions where you'll design, build, and analyze optical setups
Course materials: Slides are available below.
Timetable (Second Semester):
Initial lectures (February):
Monday, Feb 23 – 12:30-14:30, Room Oe
Tuesday, Feb 24 – 8:30-10:30, Room Pe
Monday, Mar 2 – 12:30-14:30, Room Oe
Tuesday, Mar 3 – 8:30-10:30, Room Pe
Lab sessions (from March 9 onwards):
Mondays – 12:30-14:30, Didactic Lab, Via Trasea 7
Tuesdays – 8:30-10:30, Didactic Lab, Via Trasea 7
- Docente: Marco Avesani