Associate Professor
Marcus Landschulze
Field of work
R&D of complex systems and understanding their behavior is the world I belong to work in. Describing complex systems using algorithms and simulations and comparing results with the real world I find so fascinating that I cannot help but to see the whole world as an interacting complex system that I am a tiny part of. Which actually is an interesting loop: I am a complex system thinking about complex systems in a complex world and trying to understand and manipulate complex systems. That changes me as a complex system thinking about…
Research focus and activities:
- · Signal processing (incl. non-linear and dispersive signals)
- · Automation and Control Systems
- · Geophysics (sensor development, seismic data processing)
- · Underwater and ice acoustics
- · IoT and IoT security
- · Avalanche research and geohazard (Seismology)
- Healthcare technologies
Industrial background:
- · Automotive industry
- · Aeronautic and space industry
- · Oil and Gas industry
- · Bank industry & IoT security
- · Sport industry (wearables)
IEEE:
Chair of Signal Processing Society Norwegian chapter
Underviser i
- ING303 Systems thinking and innovation for engineers
- ELE102 Programming Microcontroller
- ELE205 Advanced Programming
Forskar på
- IoT devices for healthcare (ICT)
- Sensor developent for avalanche and geohazard research
- Signal processing with focus in frequency analysis and machine learning
- Embedded software desing (realtine on IoT)
- Sensor development
Forskargrupper
Publications
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Leveraging Machine Learning to Identify Subgroups of Misclassified Patients in the Emergency Department: Multicenter Proof-of-Concept Study
-
Fracture formation due to differential compaction under glacial load: a poro-elastoplastic simulation of the Hugin Fracture
-
Seismic wave propagation in floating ice sheets - A comparison of numerical approaches and forward modelling
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Seismic In the Arctic - Suppressing Seismic Noise Due to Vibrating Ice
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Relative seismic receiver coupling estimation: a method using a probabilistic approach
Laster...