Accesibilidad
Noticias y Actividades Complementarias
Noticias y eventos
Calendario Escolar
Publicación del Calendario Escolar curso académico 2010-2011.
Publicación de los horarios.
Acto apertura del curso 2010-2011
8 de Septiembre de 2010: acto de presentación del curso académico 2010/2011.
Comienzo de las clases
13 de Septiembre de 2010: comienzo de las clases del curso académico 2010/2011.
Ayudas
Calendario de ayudas y convocatorias relacionadas con Másteres Universitarios y Doctorado. Enlace.
Trabajo Fin de Master
Seminarios Curso 2010/2011
Semestre de otoño.
Títle: Performance Evaluation of Digital Transmission Schemes.
Prof. Dr. Andreas Ahrens (University of Wismar)
Part 1: Introduction
Part 2: Digital Data Transmission (Introduction, Modelling and Quality criteria, Wireless Transmission)
Part 3: MIMO Transmission (Quality Criteria and Performance Results, Multiple Input Multiple Output (MIMO) System, Singular Value Decomposition, Bit Allocation, Power Allocation)
Part 4: Error-detecting and error-correcting strategies in digital transmission schemes (Fundamentals of linear block codes and convolutional codes (Encoding and Decoding))
Language: English
Student's work load: 1 ECTS
Registration: Secretaría de Dirección (6104)
Dates: 14-15 September 2010
Room: 3004
Esta actividad ha obtenido financiación de la Dirección General de Política Universitaria.
Títle: Design of RLC band pass filters
Profesor: Dr. Ing. Thomas Buch (University of Rostock)
Lecture 1: Introduction, Filter design, Standard approximation
Lecture 2: Description of compact narrow-band-pass filters
Lecture 3: Circuit design
Language: English
Student's work load: 1 ECTS
Registration: Secretaría de Dirección (6104)
Dates: 27-29 September 2010
Lecture 1 / Lecture 2 / Lecture 3 / bandfilter_script
Títle: Coding
Profesor: Dr. Ing. Volker Kühn (University of Rostock)
Lecture 1: Introduction to Error Correcting Codes
Lecture 2: One Lesson of Information Theory
Lecture 3: State-of-the-art channel coding
Language: English
Student's work load: 1 ECTS
Registration: Secretaría de Dirección (6104)
Dates: 27-29 September 2010
Seminar docs:
Lecture 1 / Lecture 2 / Lecture 3
Title: Optical communications
Prof. Dr. Steffen Lochmann (University of Wismar)
Part 1: Fundamentals of optical Fibre Transmission
Part 2: Beam Propagation Method (BPM): a versatile CAD-Toll for simulations optical components
Part 3: With high speed optical fibre networks and slow light into the photonic century
Language: English
Student's work load: 1 ECTS
Registration: Secretaría de Dirección (6104)
Dates: 13-14 October 2010
Títle: Basics and research tools in reliability.
Prof. Dr. Manuel Vázquez (Universidad Politécnica de Madrid)
Program:
- INTRODUCTION TO RELIABILITY: FUNCTIONS AND PARAMETERS.
- MAIN RELIABILITY DISTRIBUTION FUNCTIONS.
- SYSTEM RELIABILITY.
- RELIABILITY EVALUATION: ACCELERATED TESTS.
- EVALUATION OF RELIABILITY OF INNOVATIVE DEVICES (LEDs and solar cells).
Language: English.
Student's work load: 2 ECTS.
Evaluation: Homework (Exercises and technical document).
Registration: Secretaría de Dirección (6104)
Dates: 17th November, 24th November, 1st December and 15th December (15:30-17:30), 2010
Títle: Neuronal correlates of stuttering. What can we learn about the brain?
Prof. Katrin Neumann M.D (University of Frankfurt/Main)
Language: English
Student's work load: 1 ECTS
Registration: Secretaría de Dirección (6104)
Date: 3th December, 2010 (15:30 - 17:30)
Room: 3004
Semestre de primavera.
Títle: MIMO Mobile Radio Systems
Profesor: Dr. Ing. Tobias Weber
Program:
Lesson 1, Modelling of MIMO systems.
In the first part of the lecture after a short introduction the modeling of MIMO systems will be introduced. The main topic of the first part of the lecture is the introduction of the information theoretical basics of MIMO systems. MIMO capacity and key techniques, i.e., waterfilling and singular value decomposition will be discussed.
Lesson 2: MIMO channel modelling.
The second part of the lecture gives an overview of MIMO channel modeling. Both more realistic geometrical and statistical channel models will be introduced.
Lesson 3: Practical MIMO system.
In the third part of the lecture a bunch of practical MIMO system concepts will be discussed. The lecture will close with a short overview of diversity techniques and space time coding.
Language: English
Student's work load: 1 ECTS
Registration: Students' Secretary (6104).
Dates: 22th-24th March 2011
Room: 3004
Títle: Video Coding
Profesor: Dr. Ing. Henryk Richter
Program:
- Methods, techniques and algorithms for data compression:
Data reduction (sampling, quantization)
Coding (entropy coding, pre-coding)
Decorrelation (prediction, transforms)
- Video coding standards and their specifics:
Video characteristics, Motion modeling and estimation
Video coding standards (standard bodies, scope of standards)
MPEG-1, MPEG-2
H.263, MPEG-4 Part 2
H.264 / MPEG-4 AVC
Brief overview of trends and future directions
Language: English
Student's work load: 1 ECTS
Registration: Students' Secretary (6104).
Dates: 22th-24th March 2011
Room: 3004
Títle: Channel Coding
Profesor: Dr. Ing. Andreas Ahrens
Program:
Lecture I: Challenges in Digital Communications
This lecture gives an introduction into the principles of digital communications.
Lecture II: Channel Coding:
Introduction into error-detecting and error-correcting codes.
Lecture III: Channel Coding:
Fundamentals of linear block codes (1)
Lecture IV: Channel Coding:
Fundamentals of linear block codes (2), Interleaving and Matlab exercise
Language: English
Student's work load: 1 ECTS
Registration: Students' Secretary (6104).
Dates: 29th (14:30-17:30h) and 31st (14:30-17:30h) March 2011
Room: 3004
Title: MPEG Reconfigurable Video Coding.
Prof. Dr. Mickaël Raulet
Program:
Lesson 1, Video coding.
In the first part of the lecture the video coding standard will be introduced. The main topic of the first part of the lecture is the introduction of the basic information of video coding standard such MPEG-4 part 2, MPEG-4 AVC/H.264 or Scalable Video Coding. Differences between those standards will be discussed.
Lesson 2: Reconfigurable Video Coding.
The second part of the lecture gives an overview of MPEG Reconfigurable Video Coding (RVC). MPEG RVC is based on Abstract decoder model written in the interpreted CAL actor language. Basics on the language will be enlightening.
Lesson 3: Practical implementation of RVC systems.
In the third part of the lecture a bunch of RVC systems will be discussed. Both hardware and software implementation of RVC abstract decoder model will be given.
Student's work load: 1 ECTS
Language: English
Registration: Students' Secretary (6104)
Room: to be defined
Dates: April 27th-28th 2011
Time-table: 15:30h-17:30h
Title: Robust and optimal signal treatment and feedback control with applications to mechanical sensors.
(preliminary information)
Prof. Dr. Wilmar Hernández (Universidad Politécnica de Madrid)
Program:
- Introduction: Issues in feedback control system design.
- Norms for signals and systems.
- Linear dynamical systems.
- Performance specifications.
- Basic concepts on stability and performance of feedback systems .
- Performance limitations.
- Model uncertainty and robustness.
- Controller design.
- Applications to mechanical sensors
Student's work load: 1 ECTS
Language: English
Registration: Students' Secretary (6104)
Room: to be defined
Dates: March-May 2011 (to be defined)
Title: High Level System Design.
(preliminary information)
Prof. Dr. Eduardo Juárez, Prof. Dr. Matías Garrido (Universidad Politécnica de Madrid)
Goal: The seminar will introduce the high level system design concept and techniques. The System-C language will be introduced and used to implement a functional high level description of a system. The core functionality of several blocks, described in C++, will be adapted and synthesized with Catapult, a high level synthesis framework.
Program:
- Introduction.
- System-C basics.
- System Modeling with System-C.
- High Level Synthesis with Catapult.
Student's work load: 1 ECTS
Language: English, Spanish
Evaluation: Continuous assessment
Requirements: Basics of C++ and digital electronics
Registration: Students' Secretary (6104)
Room: lab at SEC department will be used. (to be defined)
Dates: May 2011 (to be defined)
