Modeling of information management processes arrays in cyber physical systems

Cyberphysical systems differ significantly from conventional embedded systems in that they use more advanced information connections among computing and physical elements. In this regard, they use architecture that is like the Internet of Things. Within cyberphysical systems, there is a distribution of computing components throughout the physical system. It is considered as a carrier and is synergistically connected with its information arrays. The paper considers several strategies for effective work with information arrays. The first is based on creating copies of information arrays that will be used if the main array is destroyed. The second strategy is based on using the background for the information array. The third strategy is based on the fact that a mixed approach is used, which considers both copies and backstories. A visual illustration of their operation is provided for each of the strategies. It shows what the average computer access time might be for different strategies. An illustration of a diagram of the effectiveness of using different strategies is given. The results of the work can be practically useful in creating cyber-physical systems and optimizing their functioning.

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