10:00 Digital Synthesizer
Students: Kian Hunziker, Paul Lehmann, Jonathan Kakon
Supervisors: Patrick Murer, Hampus Malmberg
Type: Group Project
10:20 Pidroponics: Automatic Growth of Plants with Pi(es)
Students: Cecilia D'Errico, Samuele Darani
Supervisors: Hampus Malmberg, Nour Zalmai
Type: Group Project
10:40 Graph Cuts with NUV-EM and Gaussian message passing
Student: Róbert Torfason
Supervisor: Nour Zalmai, Boxiao Ma
Type: Semester project
IEEE Switzerland Chapter on Digital Communication Systems
Project Presentations
Thomas Schaerer
Indroduction
Thomas Schaerer
Variational Bayes Learning of Time-varying Graphical Models
Capacity Bounds for the MIMO Free-Space Optical Intensity Channel
Name: Michail Mylonakis
Supervisors: Stefan Moser, Amos Lapidoth
A State Space Approach to Source Localization from Multi-channel Measurements
Name: Timon Künzle
Supervisors: Nour Zalmai, Reto Wildhaber
IEEE Switzerland Section Meeting
Variational Bayes learning of graphical models with hidden variables
Joint Signal Separation and Learning with Automatic State Space Model Selection
Name: Raphael Keusch
Supervisor: Nour Zalmai
14:00 Sequential Monte Carlo Methods for Inference on Graphical Models
Name: Julien Finaz
Supervisor: Mehdi Molkaraie
14:20 Hierarchical Input Estimation
Name: Robert Graczyk
Supervisor: Nour Zalmai
14:40 Comparison of Algorithms for 3D Tomography
Name: Clément Luneau
Supervisor: Nour Zalmai
15:10 Click Sound Detection in Background Noise Environment
Name: Michael Weigelt
Supervisor: Nour Zalmai
Project Presentations
Thomas Schaerer
Continuous-time bandpass ADC
Name: Michael Purghart
Supervisor: Hampus Malmberg
Numerically stable variations of message passing in linear Gaussian state space models
Name: Vijay Sahdeva
Supervisor: Federico Wadehn
Indroduction
Thomas Schaerer
Blind deconvolution of sparse but filtered pulses with linear state space models
Nour Zalmai, Hampus Malmberg, and Hans-Andrea Loeliger
Speaker: Nour Zalmai
Tomographic reconstruction by scalar Gaussian message passing
Name: Clément Luneau
Supervisor: Nour Zalmai
International Zurich Seminar on Communications
Compressive sensing in coding problems: A rigorous information theoretic approach
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