The research area of the Circuits and Systems group covers the theory and applications of signal processing, including high-level digital system design.


This link will direct you to some slide presentations which are used to introduce the group to starting MSc students.
The complexity of electronic circuits is ever increasing, and so is their design. Two drivers are (i) already phenomenal integration densities are still doubling every 18 months (Moore's law), and (ii) new advanced applications require integrated solutions with increased intelligence and immense processing power. The main goal in our research program is to provide a sound mathematical framework for synthesis and analysis problems in the complete trajectory from system application, algorithm design, mapping to a hardware architecture or embedded system, VLSI circuit design, and finally the design verification.

In the news: This simple piece of plastic makes 3D ultrasound easy

The CAS group participates in four MSc tracks: MSc Telecommunication and Sensing Systems, MSc Signals and Systems, MSc Microelectronics, MSc Computer Engineering.

CAS consists of 9 professors and about 40 researchers.


MSc SS Thesis Presentation

Guillermo Ortiz Jiménez

Multidomain Graph Signal Processing: Learning and Sampling

Sparse sampling for tensors and graphs

MSc SS Thesis Presentation

Haidong Hao

Vessel Layer Separation of X-ray Angiographic Images using Deep Learning Methods

Fast solutions based on a fully convolutional network (FCN) trained by conventional loss or adversarial loss.

MSc TC Thesis Presentation

Feng Ma

Respiration monitoring based on information fusion from Impedance pneumography and Electrocardiography

With known respiration information, corresponding parameters in both time domain (respiratory rate) and frequency domain (respiratory power) can be extracted to indicate the health condition.

Signal Processing Seminar

Pim van der Meulen

Low-cost sparse sensing designed for specific tasks

MSc TC Thesis Presentation

Lichen Yao

Bluetooth Direction Finding

This thesis project focuses on the algorithm developement and practical considerations for Indoor Direction Finding feature that will be incorporated in the next generation Bluetooth standard.

Signal Processing Seminar

Tuomas Aittomäki

Tutorial on: Sum-of-squares Representation in Optimization and Applications in Signal Processing

Signal Processing Seminar

Krishnaprasad Nambur Ramamohan

Signal processing algorithms for acoustic vector sensors

Signal Processing Seminar

Farnaz Chamanzadeh

Accurate timing and positioning through an optical-wireless distributed time and frequency reference

Signal Processing Seminar

Aydin Rajabzadeh

manufacturing defect detection