Drug information storage method in internet-of-things environment

Abstract

The invention provides a drug information storage method in an internet-of-things environment. The method comprises the steps of registering all acquisition nodes in a drug product information storage system, and performing compressive storage on drug product data in the information storage system by the acquisition nodes. According to the drug information storage method in the internet-of-things environment, provided by the invention, the storage, access and management of the drug product data are modularized, standardized and unified, and the storage space is saved.

Description

technical field [0001] The invention relates to big data calculations, in particular to a drug information storage method under the Internet of Things environment. Background technique [0002] With the development and maturity of the Internet of Things technology, the application of the Internet of Things is becoming more and more extensive, and it is widely used in the production, distribution and sales of pharmaceutical products. More and more data is constantly being generated. How to store and manage IoT data has become a core of the development of IoT. The medical product data generated by the medical Internet of Things has the characteristics of massive, multi-source, heterogeneous, highly dynamic and uncertain, which makes information storage and management more complicated. In the Internet of Things, embedded acquisition or control devices generally use different hardware platforms, operating systems, databases and middleware, and are deployed in a variety of hete...

AI Technical Summary

Problems solved by technology

The medical product data generated by the medical Internet of Things has the characteristics of massive, multi-source, heterogeneous, highly dynamic and uncertain, which makes information storage and management more complicated

In the Internet of Things, embedded acquisition or control devices generally use different hardware platforms, operating systems, databases and middleware, and are deployed in a variety of heterogeneous network environments where information cannot be exchanged freely. Through dedicated business systems and The management platform provides data and services for upper-layer applications, and it is difficult to be compatible and interoperable at the business level

From a technical perspective, the current IoT platform is highly coupled, resulting in poor scalability and versatility. The diversification of terminal applications complicates the communication of heterogeneous networks, and it is impossible to use unified standards and interfaces for them. to operate

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