Estimation computational models of the cyber-physical systems functioning
Copyright policy )Estimation computational models of the cyber-physical systems functioning
This paper reviews the use of computational models to support the functioning of cyber-physical systems (CPS) in the parallel world of the Internet of Things (IoT). Existing models, methods, techniques and their implementation in this direction are studied. The necessity of using machine learning methods due to inaccuracy, fuzziness, incompleteness of the transmitted data from sensors of physical systems is substantiated. The task is to make informed decisions in a timely manner to support the functioning of real objects of a particular cyber-physical system in real time conditions.
cyber-physical systems; the Internet of Things; system methodology; machine learning; computer systems; sensors, киберфизические системы; интернет вещей; системная методология; машинное обучение; компьютерные системы; датчики, machine learning, Electronic computers. Computer science, system methodology, computer systems, кіберфізичні системи; інтернет речей; системна методологія; машинне навчання; комп'ютерні системи; датчики, QA75.5-76.95, cyber-physical systems, the Internet of Things, sensors
cyber-physical systems; the Internet of Things; system methodology; machine learning; computer systems; sensors, киберфизические системы; интернет вещей; системная методология; машинное обучение; компьютерные системы; датчики, machine learning, Electronic computers. Computer science, system methodology, computer systems, кіберфізичні системи; інтернет речей; системна методологія; машинне навчання; комп'ютерні системи; датчики, QA75.5-76.95, cyber-physical systems, the Internet of Things, sensors
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