Cyber-Physical Systems Laboratory
| Head of Laboratory: | Dr. Kovács János |
| Phone: | - |
| Mobile: | - |
| E-mail: | kovacs##kukac##sze.hu |
| Website: | http://kifi.sze.hu |
| Address: | 9026 Győr, Áldozat u. 12., Jogi épület, S5. |
INTRODUCTION OF THE LABORATORY
In the Cyber-Physical Systems Laboratory, it is possible to develop Industry 4.0 solutions based on cyber-physical devices. The laboratory is suitable for the complex development of products that can navigate indoors, completely autonomously or in a controlled automated way without changing the environment as well as for development of AI-based complex automation solutions.
INTRODUCTION OF TESTS
| Name of the test | The standard on which the test is based | Accredited test Y/N | Short description |
|---|---|---|---|
| Machine vision, processing of complex images with depth data | Not relevant | N | Testing the processing speed of images processed by a computer. |
| Testing inertia gauges | Not relevant | N | Development of filtering and fusion algorithms for inertial measurement. |
| Soil moisture test | Not relevant | N | Sensor measurements related to the smart greenhouse. |
| Air-temperature test | Not relevant | N | Sensor measurements related to the smart greenhouse. |
| Air-temperature test | Not relevant | N | Sensor measurements related to the smart greenhouse. |
| Air humidity test | Not relevant | N | Sensor measurements related to the smart greenhouse. |
| Sensorfusion processes | Not relevant | N | A fusion of independent sensors that can be used to increase the accuracy of individual measurements. |
If you have not found the right test or you would like to request a customised test, please contact us!
Dr. Kovács János
E-mail: kovacs@sze.hu
INTRODUCTION OF THE EQUIPMENTS
| Name of the equipment | Parameters, test range | Inquiries/tests |
|---|---|---|
| CraftBot XL 3D printer | - printing of various plastic materials, mainly PLA, ABS, PET - print size: 30x20x44 cm - layer thickness: 0,1-0,3 mm |
3D printing, testing materials, printing a prototype of a designed implant. |
| Ultimaker 3 Extended 3D printer | - printing of various plastic materials, mainly PLA, ABS, PET, (PVA) - print size: 21,5 x 21,5 x 30 cm - layer thickness: 0,02-0,3 mm - Maximum printing temperature: 280°C |
3D printing, testing materials, printing a prototype of a designed implant. |
| SolverPC | - CPU: Intel Xeon - RAM: 32GB - GPU: 2xNvidia Quadro M2000 |
Evolutionary algorithms, neural networks. |
| Smart greenhouse | - footprint: 50x100x50cm | Soil quality, soil moisture, soil temperature and air humidity, air temperature and their combined analysis. |
| 3D implant designer | - Examination of CT images in Dicom format | Examination of damaged, incomplete skull sections, automatic implant planning if necessary. |
| Autonomous server unit | - size: 50x50cm - 50kg load capacity |
Investigating the feasibility of automatic material handling. |
OTHER PROFESSIONAL COMPETENCIES/DEVELOPMENTS
Developing indoor localisation and navigation procedures; developing artificial intelligence-based navigation algorithms.COLLEAGUES
| Name | Position | Scope of duties, main activities |
|---|---|---|
| Dr. Kovács János | Head of laboratory | Management of the laboratory. |
| Tormási Alex | assistant laboratory manager | Preparing the tasks of the project. |
| Szi Brigitta | researcher | Conduct studies on specific topics. |
| Koncz Péter | lab engineer | Implementation of projects. |
REFERENCES
