Knowledge & Technology Transfer

The goal of the collaboration was to develop a mathematical model for estimating the probable movement of missing persons. The model takes into account the physical and mental characteristics of the individual, terrain conditions, and the expected time of exhaustion to create isochronous maps that can facilitate rescue operations. The result is a functional software prototype with a graphical user interface, developed in the R programming language.

Research on methods for detecting anomalies in immigration data obtained at airports, aiming to develop software for foreign police analysts. The result is a software prototype that enables the identification of potentially interesting patterns in passenger arrival data at Czech airports and detects sudden increases in arrivals of suspicious passenger groups to facilitate analytical work.

Collaboration on data analyses related to, for example, acute respiratory distress syndrome, occurrence of delirium, concentrations of fatty acids in organs, and analysis of heparin therapy.

Design of algorithms for processing signals from continuous measurement of skin conductivity. The solution combines multiple parallel measurements, smooths the data, and restores the signal after a dropout. The algorithm is implemented in C as part of the firmware for a computer mouse capable of measuring skin conductivity.