About the Journal

The scientific journal “MEASURING AND COMPUTING DEVICES IN TECHNOLOGICAL PROCESSES” publishes original research results focused on the development of theoretical and applied aspects of modern information, computing, and engineering technologies.

The aim of the international scientific and technical journal is to disseminate the results of contemporary research in the fields of information technologies, computer engineering, measurement systems, and technological processes, to promote the development of scientific thought, facilitate the implementation of innovative solutions in industry, and foster a scientific and practical environment for the exchange of knowledge between researchers and practitioners.

The journal covers the following main research areas:

  • Computer Science and Information Technologies
    Development of algorithms, software systems, and computational models; data processing and big data analytics; intelligent data analysis; distributed and cloud computing; optimization methods.

  • Artificial Intelligence and Machine Learning
    Methods for classification, prediction, and pattern recognition; neural networks; decision support systems; signal and image processing.

  • Mathematical Modeling and Numerical Methods
    Modeling of technological processes; numerical simulation; optimization of complex systems; analysis of dynamic processes.

  • Automation and Cyber-Physical Systems
    Automatic control systems; embedded and distributed systems; robotics; monitoring and control of technological processes.

  • Information and Communication Technologies
    Computer networks and telecommunications; Internet of Things (IoT); data transmission and information security; network protocols and traffic optimization.

  • Metrology and Measurement Systems
    Methods and tools for measuring physical quantities; sensor systems; processing of measurement signals; quality control and diagnostics.

  • Electronics and Embedded Systems
    Design of electronic devices; microcontrollers; FPGA-based systems; hardware-software complexes.

  • Engineering of Technological Processes
    Modeling, optimization, and automation of industrial processes; energy systems; application of IT in engineering and industry.