CASE COMPUTING AND BIOSIMILARS

Author(s): Titov Ye.K.

Rubric: Information technology

DOI: 10.21777/2500-2112-2021-4-70-77

Release: 2021-4 (37)

Pages: 70-77

Keywords: case computing, biosimilars, computing management, embedded systems, cyber-physical systems

Annotation: The problems that caused the need for the development of case computing are considered in the paper. Alternative paradigms to classical computing have emerged: situational (technical) and neuromorphic (biological), as well as their combination. An alternative paradigm of information processing has appeared, based on modeling brain activity. Biosimilars of computational procedures are considered in the article and compared with situational information processing. It is shown that all biosimilars are case algorithms. Different types of computing and computing systems are considered, the directions of development of situational computing are highlighted. A model of a situation reflecting a change in the external environment for the simulated object, and a model of a computational situation reflecting the process of computing management or case computing are described in the article. The analysis of methods of case information processing based on biosimilars is presented in the article. It is shown that state of the art computing in complex situations should include computing control functions. This is confirmed by parallel and distributed computing systems. It is noted that biosimilars as case calculations are necessary in embedded systems and in cyber-physical systems with a large number of sensors and effectors.

Bibliography: Titov Ye.K. CASE COMPUTING AND BIOSIMILARS // Education Resources and Technologies. – 2021. – № 4 (37). – С. 70-77. doi: 10.21777/2500-2112-2021-4-70-77