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Second
Year
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Compulsory
Subjects
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40201
Circuits and Systems II
40202 Architectonic Acoustics
40203 Voice and Audio Digital
Processing of
40204 Television Fundamentals
40205 Television Technology
40206 Digial Image Processing
I
40210 Communication Theory
40211 Telecommunication Networks
40212 Digital Electronic
Systems
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Circuits
and Systems II 40201
Compulsory 7.5 credits 1st. Semester
Contents:
Continuous-time Fourier analysis. Continuous-time systems. Discrete-
time Fourier analysis. Discrete-time systems. Conversion of
continuous signals into discrete signals.
Dept:
Electrical and Electronic Engineering
Staff: Serrano Arriezu, Luis. Ederra Urzainqui, Iñigo
Assessment: Written Exam
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Architectonic
Acoustics 40202
Compulsory 5 credits 1st. Semester
Contents:
1º. To learn the theoretical foundations of architectonic
acoustics. 2º. Application of this knowledge to the resolution
of problems in the phases of design, evaluation and improvement
of the acoustic conditions of rooms and buildings. 3º.
- To develope the capacity of expression of the acquired knowledge:
engineering language, calculations and graphs. Elaboration of
reports.
Dept:
Physics
Staff: Vela Pons, Antonio
Assessment: Written Exam
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Voice
and Audio Digital Processing 40203
Compulsory 5 credits 2nd. Semester
Contents:
Introduction. Production of voice in humans. Perception of sounds
in humans. Digital analysis of speech signals. Voice and audio
coding. Speech recognition.
Dept:
Electrical and Electronic Engineering
Staff: Malanda Trigueros, Armando
Assessment: Written Exam
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Television
Fundamentals 40204
Compulsory 5 credits 2nd. Semester
Contents:
1 Introduction. 2 Monochrome television. 3 The videofrequency
compounded signal. 4 deflection systems. 5. The TV receiver.
6 optoelectronics of the cathode ray tubes. Colorimetry. 8 development
of the NTSC system. 9 The PAL system. 10 Quality in TV systems.
Dept:
Electrical and Electronic Engineering
Staff: Erro Ibañez, Miguel Angel. Sagüés Garrcía,
Mikel
Assessment: Written Exam
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Television
Technology 40205
Compulsory 5 credits 2nd. Semester
Contents:
Introduction to the television systems. Digital television.
TV Camaras . Recording of the television signal. Flat panels.
Cable television systems. Producion systems.
Dept:
Electrical and Electronic Engineering
Staff: Erro Ibañez, Miguel Angel. Loayssa Lara, Alayn
Assessment: Written Exam
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Digital Image Processing I 40206
Compulsory 5 credits 2nd. Semester
Contents:
Introduction to digital processing of images. Image processing
in the space domain. Image processing in the frequency domain.
Mathematical morphology.
Dept:
Electrical and Electronic Engineering
Sstaff: Villanueva Larre, Arantxa
Assessment: Written Exam
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Communication
Theory 40210
Compulsory 5 credits 1st. Semester
Contents:
Analog-to-digital conversion. Analogic modulations. Digital
modulations. Information theory. Coding. A study case: MPEG
3
Dept:
Electrical and Electronic Engineering
Staff: Del Río Bocio, Carlos
Assessment: Written Exam
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Telecommunication
Networks 40211
Compulsory 5 credits 2nd. Semester
Contents:
Introduction to communications. Data communications. Transmission
means. Data coding. Interfaces in data communications. Data
link control. Multiplexation
Dept:
Electrical and Electronic Engineering
Staff: Rodríguez Casal, Carlos. De La Cruz Blas, Carlos
Aristóteles
Assessment: Written Exam
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Digital
Electronic Systems 40212
Compulsory 7.5 credits 1st. Semester
Contents:
To introduce the student into the design of digital systems
based on a microprocessor or a microcontroller. This subjet
is centred in the Motorola 68000 microprocessor, since it has
a simple architecture and an instruction set not too numerous,
which makes it suitable for learning. An introduction to microcontrollers
will also be included in this subject, with special attention
to the Intel 8051 family.
Dept:
Electrical and Electronic Engineering
Staff: Otano Eguaras, Mikel. Achaerandio Alviera, Miguel
Assessment: Written Exam
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Optional
Subjects |
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40307
Structured Cable Networks
40308 Audio Emission and
Reception circuits
40312 Graphical Programming
40313 Programaming and Multimedia in Internet
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Structured
cable Networks 40307
Optional 5 credits 1st. Semester
Contents:
THEORY: Introduction to the structured cable. Cables. Transmission
by conductors. Cable hardware. Cable systems management. Certification,
documentation and administration of structured cable networks.
Commercialized cable systems. Normalization and elaboration
of a projects concerning structured network cable. Introduction
to intelligent buildings. General aspects in the home cable
systems: domotics. PRACTICES: Cable hardware. Design of a project
involving a structured cable network
Dept:
Electrical and Electronic Engineering
Staff: Matías Maestro, Ignacio Raúl. Otano Eguaras,
Mikel
Assessment: Written Exam
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Audio
Emission and Reception Circuits 40308
Optional 5 credits 2nd. Semester
Contents:
Preliminary aspects. Radioelectric propagation. Antennas. Amplitude
modulation: transmission. Amplitude modulation: reception. Frecuency
modulation: transmision. Frequency modulation: reception.
Dept:
Electrical and Electronic Engineering
Staff: Sánchez Corpas, Alberto
Assessment: Written Exam
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Graphical
Programming 40312
Optional 5 credits 2nd. Semester
Contents:
This subject explains why and how the computer is used to generate
graphs and synthetic images. The student will study different
concepts related to form, colour and movement. The subject tries
to offer the necessary basic formation so that the student can
learn the different alternatives that graphical computer science
offers nowadays from a professional perspective.
Dept:
Mathematicas and computing
Staff: Pina Calafi, Alfredo
Assessment: Written Exam
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Programming
and Multimedia in Internet 40313
Optional 5 credits 1st. Semester
Contents:
This subjet tries to give a basic introduction to the main concepts
and tools that can be found when trying to develop new services
in Internet. From the elementary knowledge of design and object-oriented
programming, the course explores the issues of client-based-programming
and server-based-programming. The course will emphasize solutions
based on the Windows operating system for being the most extended.
On the other hand and considering the limitations of the assigned
theoretical credits and the course itself, contents on Java
will not be included.
Dept:
Electrical and Electronic Engineering
Staff: Cabeza laguna, Rafael
Assessment: Written Exam
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