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TTT4100 Electronic Circuits
Lecturer: Associate Professor Morten Olavsbråten
Non-ideal effects in operational amplifiers, frequency- and level limits, in- and output impedance.
Transfer functions, filters and filter-types. Phase locked loops, voltage controlled oscillators, phase detectors. Modulators and detectors, amplitude- and phase-
modulations. Laboratory part: 5 laboratory exercises - each over two days of 5 hours in the laboratory. The exercises will be Operation amplifier, Time-/frequency-domain analysis, Active filters, and Amplitude modulation/demodulation, Phase locked loop - frequency
demodulation.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
TTT4110 Information and Signal Theory
Lecturer: Assistant Professor Bojana Gajic
What is information and how can it be represented for transmission and storage? Information theory and its use
for assessment of theoretical limits in source compression and channel capacity. Analog-to-digital and digital to analog conversions, Shannon's and Nyquist's theorems. Quantization and source and channel coding. Linear filters and Fourier transforms.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2020 Communications
Lecturer: Associate Professor Lars Lundheim
Introduction to stochastic processes, source coding, fundamentals of digital transmission, analog and digital modulation methods, information theory, channel capacity and rate distortion theory.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2024
Digital Signal Processing
Lecturer: Associate Professor Magne H. Johnsen
Digital Signal Processing (DSP) is a motive power for the fast evolution in areas like telecommunication, multimedia, seismics, remote sensing, instrumentation (medicine etc.) and cybernetics. DSP can be defined as a set of mathematical tools and algorithms needed to operate on physical signals/sources in order to do analysis,
modelling and control/synthesis. Examples of basic DSP methods are filtering and frequency analysis,
modelling, estimation and recognition. The course includes the following subjects:
analogue, discrete and digital signals and systems, linear time-invariant (LTI) systems, Laplace- and Z-plane descriptions of analogue and discrete signals and systems, frequency transforms, analysis and design of discrete filters, sampling and aliasing, multirate-systems,
stochastic processes, correlation and frequency spectrum, classical and parametric
estimation. A course description (presently only in Norwegian) can be found at www.tele.ntnu.no/signal/courses/digsig/
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2030
Fundamentals of Navigation
Lecturer: Professor Børje Forssell
Geodetic and geophysical fundamentals of navigation, positioning, localisation and survey. Subjects dealt with are the shape and physics of the Earth, reference and coordinate systems, mapping and map projections, calculations on the surface of the Earth, satellite orbits, accuracy calculations, tides, and optimum utilisation of navigational data, particularly Kalman filtering.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2035 Information Theory, Coding and Compression
Lecturer: Associate Professor Lars Lundheim
Modeling and analysis of components in a generic communication system. Mathematical definitions of information content and channel capacity.
Principles for optimal information transfer across various types of channels. Lossless data compression. Rate Distortion theory. Principles and methods for practical digital
representations. Practical channel coding. Performance assessment relative to information theoretic limits.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2040
Radio Communications
Lecturer: Professor Gunnar Stette
Radio propagation, noise, modulation, multiple access with the main emphasis on CDMA which will be used in the 3. generation mobile system. Application of coding, the basics of traffic theory. The structure of radio systems, with special emphasis on broadcasting, microwave line-of-sight, mobile and satellite
systems. The main emphasis is on the lower layers of the OSI-protocol, physical layer, medium access control and link level control. Functional requirements for communications, regulatory and standardization issues.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2045
Digital Communication
Lecturer: Professor Nils Holte
Principles for design of transmitters and receivers for digital communications. Examples of channel models; pair cables, optical fibres. Baseband transmission, line codes, digital modulation methods, symbol by symbol detection, optimum methods of detection, the Viterbi algorithm, adaptive equalisation, echo cancelling, timing and carrier synchronisation.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2050
Navigation Systems
Lecturer: Professor Börje Forssell
Spatial and atmospherical wave propagation and along the Earth's surface, hyperbolic navigation, terrestrial radionavigation systems such as LORAN-C and direction finding, satellite navigation systems such as GPS, GALILEO and GLONASS, special systems for aircraft navigation and landing, radar, and inertial navigation.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2055
Remote Sensing
Lecturer: Professor II Jens Hjelmstad
SIE2060
Audio Technology
Lecturer: Professor Peter Svensson
The course covers topics such as acoustical waves, sound propagation and radiation, hearing and psychoacoustics, perception based coding of audiosignals, electroacoustic transducers, techniques for sound recordings and reproduction, electrical analogies for mechanical and acoustical systems, room acoustics, auralization and 3D sound reproduction, acoustical measurement techniques.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2065
Marine Acoustics
Lecturer: Professor Jens M. Hovem
The objective is to give the basic foundation for the use of acoustical waves in
water. The course covers reflection and transmission at interfaces, wave
propagation methods such as ray tracing techniques and normal mode theory. The
theories for echo formation of simple targets and reverberation from volume and
surfaces are discussed and empirical values are presented and discussed. The
course is problem-oriented with focus on applications for detection and
localisation of objects using the sonar equations as a reference frame. In this
context the role and design considerations for the major system elements are
discussed such as transmitter, receiver, antenna and transducer technology and
signal processing algorithms. The lectures are based on the book "Marine
Acoustics" by the Jens M. Hovem. This is available both in English and
Norwegian.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2070
Multimedia Signal Processing
Lecturer: Associate Professor Andrew Perkis
The course will deal with audio-visual signals (speech, audio, images and video) and their characteristic relevant for applications within multimedia systems, and background and methods for digital processing of audiovisual information. The topics covered in the course cover: Statistical characterization, parametric
modelling and digital representation of speech, audio, images and video. motivation, methods and algorithms for compression of speech, audio, images, video and graphics. Digital filtering and restoration of audio-visual information. Combined processing of different media types by manipulation and integration of audio-visual information, synthetic imagery and graphics. The use of colors and 3 dimensional
modelling. Marking of audio-visual information and methods for audio-visual searching. Multimedia Processors, architectures and implementation issues of multimedia signal processing. Multimedia applications, interactivity, audio-visual presentation and display.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2075
Mobile Communications
Lecturer: Professor II Terje Røste
A short background of mobile communication is given together with an overview of some typical systems. Then the course covers the cellular radio concept such as frequency reuse and handoff. Then propagation issues like path loss and log-normal shadowing are treated, together with different models to predict large scale effects of radio propagation. Then small scale propagation effects such as fading and doppler spread are modelled, and how they impact the transmission of the digitally encoded radio signals and waveforms. The most common digital modulation schemes for mobile communications are presented together with some practical aspects like bandwidth efficiency and
important performance issues like bite error rate, behaviour in fading channels etc. Some elements of adaptive equalisation techniques forward error coding schemes are briefly presented. Some basic diversity schemes are also given, mainly with emphasis on space diversity. In order to utilise the radio frequency resources, different access schemes are need. The course gives an introduction to the different access
schemes like frequency division multiple access (FDMA), time division multiple access (TDMA) and code division multiple access (CDMA). Next a description of network aspects of mobile communication is presented together with a description of network components and their functions. Finally a description of the GSM system is given including physical layer and some elements of the MAC layer.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2080
Radio Engineering
Lecturer: Professor Petter M. Bakken, Associate Professor Kjell Aamo, Associate
Professor Jon Anders Aas
Main subjects for the course are: Electromagnetic field theory for free space, transmission lines and
waveguides. Analysis of networks based on transmission lines, for instance power dividers and directional couplers. Free space radiation, basic antenna properties and analysis of different types of antennas. Analysis and design of active high frequency circuits, such as amplifiers and oscillators. Technology for such components, CAD-tools, measurement techniques and wireless system aspects.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2085
Technical Acoustics
Lecturer: Professor Ulf Kristiansen
SIE2090
Speech Technology
Lecturer: Professor Torbjørn Svendsen
SIE2095
Music Technology
Lecturer: Amanuensis Jan Tro
The course covers topics such as computer assisted composition, music performance control, music synthesis, music production, music coding and music distribution. It will provide an understanding of techniques, algorithms and concepts in acoustics, perception, music psychology, music electronics and multi media applications
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2101
Acoustics, Specialization
Lecturer: Professor Ulf Kristiansen
SIE2105
Multimedia Signal Processing, Specialization
Lecturer: Professor Torbjørn Svendsen
SIE2110
Digital Communication, Specialization
Lecturer: Professor Geir E. Øien
SIE2115 Navigation and Remote Sensing, Specialization
Lecturer: Professor Børje Forssell and Professor II Jens F. Hjelmstad
The subject consists of a project of weight 3.75 and three chosen subject modules of weight 1.25 each.
Modules to be chosen are:
SIE20AB Acoustic Remote Sensing,
SIE20AL Radar,
SIE20AP Satellite Navigation,
SIE20AU Advanced Remote Sensing.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
SIE2120
Radio Systems, Specialization
Lecturer: Professor Petter M. Bakken
DIE0901
Pattern Recognition
Lecturer: Associate Professor Magne H. Johnsen
DIE2912
Theoretical Acoustics 1
Lecturer: Professor Jens M. Hovem.
DIE2913
Theoretical Acoustics 2
Lecturer: Professor Ulf R. Kristiansen
DIE2915
Room Acoustics
Lecturer: Professor Peter Svensson
The course covers methods for calculating the sound fields in rooms, the
psychoacoustic foundations for room acoustic criteria, and practical design of
room for various applications. Wave theoretical solution methods, statistical
methods, measurement technique, room acoustic criteria, acoustic materials,
electroacoustic systems in rooms.
DIE2917
Numerical Methods in Acoustics
Lecturer: Professor Ulf Kristiansen
DIE2925
Radar System Analysis
Lecturer: Professor Børje Forssell
Detection theory, radar targets, Doppler radar, acquisition and tracking, radar signal processing, wave propagation, radar error analyses and measurement methods.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
DIE2926
Satellite Navigation
Lecturer: Professor Børje Forssell
GPS, GALILEO and GLONASS functions and signals, navigational data, signal tracking, navigation algorithms, error analyses, atmospheric effects, multipath, satellite orbits and geometry, receivers, code and carrier phase differential systems, high-precision measurements, systems integration.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
DIE2927
Time-harmonic Electromagnetic Fields
Lecturer: Associate Professor Jon Anders Aas
The course covers mathematical methods in electromagnetic theory as applied to waveguides, cavitits, scattering and
antennas. Main topics: The wave equation with solutions in rectangular, cylindrical, and spherical coordinates. Scalar and vector potentials. Theorems and principles. Waveguides and cavities. Scattering. Integral equations and the moment method. Geometrical theory of diffraction.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
DIE2928 Advanced Antenna Engineering
Lecturer: Associate Professor Jon Anders Aas
The course covers modern antenna engineering and methods for analysis and synthesis of antenna
systems. Main topics: Characteristic antenna parameters. Linear and planar antenna arrays. Resonant antennas. Broadband antennas. Aperture antennas. Antenna synthesis. Integral equations and the moment method. Geometrical theory of diffraction.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
DIE2929 Advanced Microwave Engineering
Lecturer: Professor Petter M. Bakken
Oscillators, linear and non-linear, pendulum as an example. Microwave oscillators, Kurokawa's methods, resonator locus, non-linear models for semiconductors, phase noise, exercises, laboratory work and simulations are
included. The course is taught during the spring term 2003.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
DIE2930
Mobile Communications
Lecturer: NN
DIE2941 Advanced Information and Communication Theory
Lecturer: Professor Geir E. Øien
DIE2954 Statistical Signal Processing
Lecturer: Professor Hefeng Dong
The course deals with discrete random signals, statistical signal processing
and applications of statistical signal processing. The course contains the
following subjects: fundamental methods of characterizing random signals and
signal processing; classical statistical signal processing including estimation
theory and optimal filtering; modern statistical signal processing which covers
linear prediction, signal modelling, and spectrum estimation.
For more information, see http://www.intersek.ntnu.no/ECTSweb/index.htm
DIE2958
Adaptive Filters
Lecturer: Professor Nils Holte
DIE2959 Digital Filtering
Lecturer: Professor Tor A. Ramstad
DIE2971
Visual Communication and Image Processing
Lecturer: Associate Professor Andrew Perkis
DIE2976
Speech Processing
Lecturer: Professor Torbjørn Svendsen
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