An assembly dynamic pluggable system of Internet of Things middleware

Abstract

The invention belongs to the technical field of Internet of Things information, and particularly relates to an assembly dynamic pluggable system of Internet of Things middleware. The system comprisesthe following modules: a component manager, an equipment driver, an equipment connector, a message processor, a message distributor, a message flow engine and a data processor. All components in the Internet of Things middleware appear in the form of dynamic components, the components can be loaded and removed freely and independently when the Internet of Things middleware operates, and the problems of component upgrading and thermal deployment of the Internet of Things middleware are well solved. The height of each component can be self-defined, so that the flexibility is higher. When the Internet of Things middleware is used by a user, the function of the Internet of Things middleware can be enhanced and expanded only by creating and deploying according to the definition standard of a component, the change of a real complex condition can be well coped with, the complexity of manual code modification and the downtime probability of restarting a system required by a production environment are reduced, and the Internet of Things middleware has a relatively good practical value.

Description

technical field [0001] The invention belongs to the field of Internet of Things information technology, and in particular relates to a dynamic pluggable system for components of Internet of Things middleware. Background technique [0002] The large-scale popularization of the Internet has shortened the communication between people, and the communication between people in different countries has also become closer. Due to the language barriers used by each other, in order to be able to communicate with each other, we need to convert different communication languages ​​into information that can be recognized by the other party. This is the reason for the existence of translation. Similarly, with the large-scale application of Internet of Things technology in life and industry, the mutual communication and collaborative work between things have become closer. Such a translation is also needed to eliminate communication barriers between thousands of products that cannot communi...

AI Technical Summary

Problems solved by technology

[0004] However, because different industries have different requirements for the application environment of IoT middleware, the operating frequency of sensors, storage capacity, and anti-interference performance, it poses challenges for IoT middleware to cope with environmental differences and environmental changes.

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