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Universidad de Granada, Depto. Teoría de la Señal, Telemática y Comunicaciones , (UGR)
Contact person: Prof. Dr. Antonio José Rubio Ayuso Campus Fuentenueva, 18071 Granada (España) Tel: +34-958-243193 Fax: +34-958-240831 E-mail : rubio@ugr.es http://ceres.ugr.es/~rubioRole:
- Collective development-curricula, dissemination and marketing
- Teaching program for the Module Phonetics and Phonology, Speech Signal Processing, Pattern Recognition, Programming User.Languages
- Advanced courses in the main points: Signal language processing, specially in Speech Encoding, Speech Synthesis
- Coordination of the dissertation in Signal language processing.
| Module | CP | Courses | Semester | Prerequisites | European Master equivalence |
|---|---|---|---|---|---|
| Phonetics and phonology (10 ECTS) | 1 4 1 1 2 |
-Introduction to phonetics and phonology -Consonants and vowels -Spectrogram reading -Prosody -Hearing and speech perception |
2,
first year |
None |
Module 3 |
| Speech signal processing (15 ECTS) | 3 2 2 2 2 2 2 |
-Signal processing fundamentals
-Time domain analysis of speech -Digital representation of speech -Frequency domain analysis of speech -Homomorphic speech processing -Speech synthesis -Continuous speech recognition |
1,
second year |
Phonetics and phonology, Programming languages
|
Module 5
|
| Pattern recognition (10 ECTS) | 1 1 2 2 1 3 |
-Introduction to pattern recognition
-Decision functions and distance based pattern recognition -Statistical pattern recognition -Syntactical pattern recognition -Artificial neural networks for pattern recognition -Hidden Markov models for speech recognition |
1, second year |
Programming languages
|
Module 6
|
| Programming languages (10 ECTS) | 1 1 1 1 2 2 2 |
-Introduction
-Modules -Control structures -Recursivity -Classes and objects -Objects oriented programming -Concurrency |
2, first year |
None
|
Module 8
|
| Thesis (30 ECTS) |
2, second year |
Phonetics and phonology, Speech signal processing, Pattern
recognition, Programming languages
|
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Main
General Master Info
Course Content
- Theoretical linguistics
- Natural language processing
- Phonetics and phonology
- Cognitive models for speech language processing
- Speech signal processing
- Pattern recognition
- Language engineering applications
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Information for Students
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