1. Nature of light and image formation
1.1. Introduction to an audiovisual system
1.2. Light and color. Physical principles
1.3. Image formation. Optical systems and image sensors
2. Electronic imaging
2.1. Video signal structure
2.2. High definition and ultra high definition
2.3. Plasma screens, LCD, TFT, OLED
2.4. 3D formats, virtual, augmented and immersive reality
3. Fundamentals of Sound
3.1. Physics of sound. Generation, propagation, and capture
3.2. Reflection, reverberation and absorption
3.3. Transducers: basic concepts and typologies
4. Analog and digital signals
4.1. Coding and compression
4.2. A/D and D/A conversions
4.3. Digital video formats (MPEG / H2.6X)
4.4. Internet video (streaming and on-demand video)
5. Recording the video signal
5.1. Magnetism and how we record video and audio information
5.2. Brief review of analog video formats
5.3. Digital video formats
5.4. Specific Cinema formats
The achievement of the subject's competencies will be assessed, analysing whether the student has acquired the knowledge and skills presented in class, through exercises, evaluation tests and two exams. The ability to work in a team and conduct scientific research will also be analysed.
Specific criteria for the "No show" grade:
Students who have not submitted the group work will not be able to pass the subject and will be graded as Not Presented.
If the sum of the total percentages of exercises, tests, or exams that have been submitted is less than 25%, it will be recorded as Not Presented for the subject.
More than 60% of teaching sessions are absent without justification, and they will be recorded as Not Presented.
Single Assessment:
As a basic rule, there will be no single evaluation, although cases in which students request it will be studied.
Minimum requirements to pass:
To pass the subject, you must obtain a minimum grade of 5.0 in the total for the subject in addition to having completed the group work.