UHK Services

TAČR GAMA / 5672 Security baseline for power station control systems/ Design and industrial verification of security requirements and their implementation in power control systems.

Vigour Alfa Ltd./ MIT Applications, Smart Parking & Charging project / Analysis, design, and verification of the cyber security of the proposed system according to ISO 27001 and Act 181/2018 Coll. on Cyber Security.

Ministry of the Interior of the Czech Republic Security Research, Application Guarantor Hradec Králové Region / Project Use of Artificial Intelligence for Cyber Security in Smart City / Analysis, design and verification of the use of AI for information and cyber security in Smart City.

TAČR ČR / Reducing the Negative Impacts of Tourism on Ecosystems through an Intelligent Software Guide/simulation of visitor movement in selected locations.

COST Action CA18109 / Accelerating Global science In Tsunami HAzard and Risk analysis/simulation of evacuation, simulation of navigation application use.

Tringa Travel Ltd./ Creative vouchers for business, project Intelligent Search Using Artificial Intelligence/ Streamlining the portal search system and improving the quality of the user experience.

Škoda Auto, Inc. / contract research, project WEB Monitoring of Discussion Forums - CZ Market / Increasing customer satisfaction based on the use of monitoring of discussion forums. Automatic categorization of posts by models and motorization. Project for collecting unbiased feedback from real-life users.

South Bohemia Museum in České Budějovice

The aim was to refine the knowledge about the presence/absence of archaeological features along the route of the D4 highway under construction. The investigated site is located in the cadastral area Boudy and is marked as site No. 7. A geomagnetic survey was carried out on the 25^th and 26^th of October 2021. The surveyed site covered an area of 7675 m². The aim was to detect subsurface archaeological features in the area designated for the excavation by the staff of the Museum in Písek.

Several distinct and extensive magnetic anomalies were detected at the site. These can be interpreted as manifestations of bedrock that protruded to the surface of the uncovered area in these places. No clear evidence of anthropogenic activity was found. Nevertheless, their occurrence at the site cannot be ruled out. The above-mentioned significant anomalies of geological origin only made their identification by magnetometer impossible.

East Bohemia Museum in Pardubice

The aim of the imaging was to determine the state of preservation of artefacts, or the type of artefact covered with corrosion products. X-rays were taken in the presence of the client. In this case, we can adjust the image display to meet the specific requirements. The images allowed the client to inspect the state of preservation of archaeological finds made of iron and copper alloys, which assisted the restorers in the conservation of the respective artefacts, revealed defects that could cause damage to the object, and showed possible elements (e.g. tauzia) that are not visible on the surface due to corrosion, or technological features such as casting defects, etc.

Charles University

Within the framework of the Charles University contract "UK-FF - KREAS: External analysis and sampling for archaeological purposes, Technical testing, and analysis of ceramic objects from archaeological excavations", the forming methods of two assemblages through microstructural analysis based on computed tomography of ceramic samples were evaluated. In the first case, the main subject was coarse pottery decorated with finger or nail incisions occurring at the beginning of the Late Iron Age over a wide geographical area of Europe. The analysis aimed to determine whether a specific technological chain is associated with this pottery.

The second assemblage was a selection of samples of ceramics from the Bulgarian site of Yurta-Stroyno. The pottery from this site was divided into two distinct provenance groups. The analysis aimed to determine whether the different recipes of ceramic materials corresponded to differences in the forming methods and whether these two groups reflected a more significant social configuration.

A Testima X-ray scanning chamber was used to acquire X-ray projections of 70 selected samples for CT reconstruction. For each reconstruction, 600 images were acquired (lamp voltage 120 kV, current 160 µA). 3D reconstructions were performed in the LametomArk program. The resolution of each reconstruction ranges from 55 to 120 µm, depending on the size of the scanned sample. Subsequently, pores were extracted from the 3D models, whose orientation is crucial for evaluating the forming technology. Two basic parameters were used to express the orientation: the average direction as a measure of the mean orientation of the objects and the circular standard deviation.

Three basic methods of pottery formation were identified in the case of the Late Iron Age pottery assemblage. It cannot be concluded that any of these forming methods was specific to the pottery decorated with finger or nail incisions and thus technologically distinguished it from other contemporary pottery. In the case of the Bulgarian site of Yurta-Stroyno, one primary forming method was common to both groups. Therefore, it cannot be concluded in this case that the difference in the composition of ceramic materials is accompanied by distinctive pottery-forming methods.

OP PIK

Principal investigator RETIA, a.s. The goal of the project is the implementation of industrial research and experimental development in the field of radar and security systems in the form of effective cooperation between the company RETIA, a.s., and the University of Hradec Králové. The result of the industrial research and experimental development project will be a prototype device with a newly developed radar system for the detection of ground and LSS (Low Slow Small) air targets and algorithms to support its operation - target type classification from image data. The radar prototype will pass all the necessary tests and trials. The resulting product will have great market potential due to the increased demand for detection and tracking systems for ground and small, slow and low-flying air targets (collected under the acronym LSS). The uniqueness of the developed product will lie in an innovative technical solution.

Trilab group s.r.o. – innovation voucher – Design of a control interface for 3D printers

The goal of the project is the creation of a user interface for a 3D printer based on a touch control device. Using this interface, full control of the 3D printer is possible. The expected type of communication between the interface and the printer is via Bluetooth and WiFi technology. Part of the development is the creation of a dedicated user application for the Android and iOS systems, which receives instructions from the user and transmits them to the 3D printer via the aforementioned communication channels. The application receives and displays status data from the 3D printer.

Ders s.r.o. – Innovation voucher – Expert system for the strategic management of a research organization

The development of an application/managerial expert tool intended for workers in leading positions in research organizations, which provides support in their decision-making and strategic planning. The tool will provide detailed information on the outputs of research organizations in the Czech Republic as well as on individual scientific workers in the Czech Republic, detailed reports of research activities, and recommendations for selected situations. The data source is data from the Council for Research, Development, and Innovation, which is published annually.

ESSENCE LINE, s.r.o. – An innovative platform for the determination of bioactive substances

Dignify z.ú. – Innovation voucher – Development of support software for people with autism spectrum disorder eABA