Doctoral Schools WUT

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Research Areas:

# Research Area Scientific discipline
341
The research area will concern the use of various data sources in the process of creating multi-dimensional 3D cadastres. In many countries, in order to meet the implementation of investments in the so-called"" layered ""systems, multi-dimensional cadastres are implemented. They provide the possibi… More
Civil Engineering, Geodesy and Transport
342
Safety of motor vehicles and their work environment. Assessment of the impact of technical and structural parameters on the motion and dynamics of motor vehicles. Modeling and research of motor vehicle motion and dynamics. Recognition of road accidents, assessment of the causes and effects of ro… More
Civil Engineering, Geodesy and Transport
343
Modeling of systems and processes and multi-criteria decision support in transport and logistics covering the following areas and issues: traffic models, models of transport systems development, multi-criteria optimization and evolution algorithms in solving transport problems, traffic analysis, ec… More
Civil Engineering, Geodesy and Transport
344
optimization of transport and logistics systems More
Civil Engineering, Geodesy and Transport
345
Modeling of transport, logistics and production systems and processes: analytical and simulation methods, digital twins. Application of pseudo-random number generators in logistics and production processes and providing sensitivity analyses of selected parameters of logistics facilities operation i… More
Civil Engineering, Geodesy and Transport
346
Zagadnienia z zakresu transportu drogowego oraz szerzej systemów logistycznych dotyczące m.in. technologii przewozowych (w tym ładunków specjalnych), organizacji przewozów drogowych, problematyki doboru finansowania oraz kompozycji flot samochodowych, optymalizacji systemów przewozowych, modelowani… More
Civil Engineering, Geodesy and Transport
347
Design of logistic facilities (warehouses, logistic and distribution centres, transshipment terminals, intermodal terminals, industrial plants, etc.); shaping, optimization, rationalization, streamlining, modelling of logistic processes, internal transport and storage processes; implementation and … More
Civil Engineering, Geodesy and Transport
348
Dynamics of rail and road vehicles from the point of view of active and passive safety. The interaction of vehicles with the environment in terms of the generated contact and aerodynamic forces. Assessment of vibro-acoustic phenomena influencing the comfort of passengers and the general vibro-acous… More
Civil Engineering, Geodesy and Transport
349
Badania i modelowanie zjawisk dynamicznych układu pojazd szynowy - tor. Badania stateczności ruchu pojazdów szynowych. More
Civil Engineering, Geodesy and Transport
350
dynamika maszyn, dynamika technicznych środków transportu, pojazdy szynowe, bezpieczeństwo, transport, komfort, drgania More
Civil Engineering, Geodesy and Transport
351
eksploatacja i niezawodność systemów transportowych i telekomunikacyjnych, teleinformatyka, ITS, bezpieczeństwo, telematyka, transport More
Civil Engineering, Geodesy and Transport
352
The research area concerns the application of advanced numerical simulations in geotechnics, hydraulic engineering and environmental engineering, assessment of the technical condition of structures, including with the use of modern measurement methods, e.g. laser scanning, thermomonitoring, fibre o… More
Civil Engineering, Geodesy and Transport
353
Lighting of means of transport and transport infrastructure. Modeling and simulation of optical-lighting systems. Design of innovative lighting systems of the public transport infrastructure. Energy efficiency of lighting. Light pollution. Impact of lighting on humans. Studies of the state of the m… More
Civil Engineering, Geodesy and Transport
354
Processing of SAR radar images with particular emphasis on the phenomenon of radar speckle. Research in this area can be conducted in two main directions. The first is the study of the possibility of using selected image processing methods to remove speckle: an analysis of the effectiveness of the … More
Civil Engineering, Geodesy and Transport
355
The use of SAR radar images in land use/land cover classification in selected fields, including: topographic objects, built-up areas, farmlands, etc. The analysis of the suitability of selected types of SAR data in terms of e.g. spatial resolution and polarization. Investigation of the possibility … More
Civil Engineering, Geodesy and Transport
356
The use of machine learning in the analysis and processing of remote sensing data, mainly optical and radar. In particular, the application of deep machine learning and transfer learning in selected areas related to computer vision. The main applications of the described processing and analysis are… More
Civil Engineering, Geodesy and Transport
357
Using deep machine learning to segment and classify landforms on Mars. The research will use satellite imagery and imagery from different generations of Mars rovers. The result of the work will be the development of a methodology for multi-resolution classification of geomorphological formations on… More
Civil Engineering, Geodesy and Transport
358
modeling of transport systems and processes, designing intermodal terminals, optimization of transport and handling processes in intermodal terminals, simulation studies of logistics processes and facilities More
Civil Engineering, Geodesy and Transport
359
Global Navigation Satellite Systems (GNSS) allow for the determination of point positions with a high accuracy (millimeter level) on the basis of measured distances to satellites. Since 25 years GNSS has been used to fulfill the basic needs of satellite geodesy, e.g., realization of terrestrial ref… More
Civil Engineering, Geodesy and Transport
360
eksploatacja i diagnostyka systemów transportowych, informatyka i telekomunikacja w sieciach i systemach, teleinformatyka More
Civil Engineering, Geodesy and Transport