Information Technology

IT SOLUTIONS, APPLICATION OF MATHEMATICAL MODELING AND STATISTICS IN AGRICULTURE, ENVIRONMENT AND FORESTRY

  • research of remote sensing methods, application of LIDAR (laser scanner technology) and satellite images in forest inventory,

  • development of improved image recognition solutions,

  • application of unmanned aerial vehicles in forest inventory and management control,

  • research of heat transfer processes and storage optimization for agricultural products (fruits, berries, vegetables, mushrooms), as well as wood with the aim of reducing energy costs,

  • creation of a unified calculation model for GHG and air pollutants for the agricultural sector, introduction of a higher-level methodology (Tier 2) for calculating nitrous oxide and methane emissions,

  • implementation of precision beekeeping with information technology tools,

  • computer management of forest systems.

DEVELOPMENT AND EVALUATION OF CROSS-CULTURAL INFORMATION SYSTEMS

  • algorithms for retrieving and aggregating cultural preference data,

  • software solutions for developers of cross-cultural information systems,

  • development and application of usability methods for cross-cultural information systems,

  • application of KANSEI engineering in information systems evaluation,

  • application of cultural markers and dimensional models in software usability.

SYSTEMS BIOLOGY, MODELING AND OPTIMIZATION OF METABOLIC NETWORKS

  • alignment of kinetic and stoichiometric models of cellular metabolism,

  • modeling of plant flowering signaling cascade,

  • modeling of plant thermal stress signaling cascade,

  • optimization of plant leaf metabolism,

  • optimization of metabolism of industrial strains of E. coli,

  • optimization of kinetic models with global stochastic methods.

OTHER RESEARCH AREAS

  • laser spectroscopy,

  • econometrics, Risk analysis in agriculture,

  • bioinformatics: Application of linear models in agricultural sciences,

  • virtual and mixed reality.