Maksym Bondarenko – författare

This book gathers selected high-quality full-text papers presented at the VI International Scientific and Practical Conference on Information Technology for Education, Science and Technics (ITEST 2022). The book deals with issues related to mathematical and computer modeling of physical, chemical, and economic processes, with information security, as well as the use of information and communication technology in scientific research, automation of technological processes, and management of complex systems. In this book, the authors explore various aspects of the development of information technology and systems and its application in education, science, engineering, economics, and management. A part of the book is devoted to the application of information and communication technology in higher education, in particular, the creation and implementation of scientific and educational resources in higher education institutions as part of the process of education digital transformation.

This book deals with issues related to multi-faceted applications of information and communication technology in research, engineering, robotics, automation of technological processes, complex systems, and computer networks, as well as mathematical and computer modelling of physical, chemical, and economic processes.

This book explores issues related to information and communication technology in management and higher education, intelligent computing, and information security.

This book presents an integrated overview of modern sensor technologies and intelligent measurement systems. It combines research on digital signal processing, distributed IIoT architectures, embedded systems, and cybersecurity for resource-limited nodes. Such integration enhances accuracy, interference resistance, scalability, and computational efficiency, improving monitoring and diagnostic performance. A key focus is the convergence of sensors with artificial intelligence and machine learning, enabling multichannel data analysis, anomaly detection, and predictive maintenance through digital twins and adaptive algorithms. This approach ensures high diagnostic sensitivity, reliability, and autonomous real-time decision-making in industrial and technical systems. The book also covers developments in microelectronics, MEMS, and robotics, from material design and metrological validation to embedded implementation. Advanced transducers and actuators increase energy efficiency and interface compatibility. Contributions on biomedical, optoelectronic, photonic, energy, and environmental sensors highlight improved precision and integration with IoT analytics, confirming the vital role of sensor technologies in medicine, energy, and sustainability. The book is of interest to experts in the field of automation, computer integrated technologies, robotics, and related spheres, as well as scientists, and Ph.D. students.