DIH SC

Services

• draft specification of embedded / IoT system according to assignment,
• design of electronic IoT systems and embedded systems connected via LPWAN networks (LoRaWAN, Sigfox, NB-IoT),
• design of embedded / IoT device according to specification,
• design and programming of embedded systems (application-specific - own solutions, standardly available - Arduino, RaspberryPi,…),
• UNS design for embedded systems,
• design of application specific integrated circuits (ASIC),
• design of server applications for data management from sensor systems,
• design of server applications for data visualization from sensor systems,
• 3D design, visualization and implementation of equipment according to specifications,
• implementation of functional prototypes of equipment according to the specification,
• implementation of small series production of designed embedded / IoT devices,
• serial production of designed embedded / IoT devices,
• management of equipment / sensor system development according to project management standards,
• preparation of project documentation for the proposed embedded / IoT device (for the introduction of serial production).

• joint R&D projects,
• promotion of customers,
• educational activities and mentoring,
• networking support,
• obtaining information about new trends in robotics,
• identification of gaps in the robotics market,
• the ability to offer European partnerships in robotics research,
• access to highly qualified knowledge,
• creation of intellectual property based on innovation,
• assessment of technological feasibility,
• access to world-class laboratory facilities without the need for capital investments,
• verification of the design of production lines and robotic cells,
• verification of the safety of robotic cells and lines,
• design of unique robotic devices,
• unique methods to control industrial, service and medical robots.

• expertise in the field of artificial intelligence, machine learning,
• information on the current state and trends in the field of artificial intelligence, training, courses,
• design of complex machine learning solutions in various fields, main focus on image processing, video, pattern recognition and machine learning,
• design of solutions using deep neural networks, enhanced learning, autoencoders,
• design of biometric systems based on human face, iris and ear biometrics,
• design of biomedical systems - diagnostics in ophthalmology (especially degenerative changes of the retina of the human eye),
• design of biomedical systems - diagnosis of diseases related to bradykinesia,
• design of machine learning systems working with time-frequency features,
• design of speech signal processing systems, emotion recognition,
• annotation and augmentation of datasets,
• analysis and visualization of large datasets,
• design of real-time image processing systems,
• access to virtual laboratories and classrooms,
• design of systems using Blockchain technology to share results.