Function aggregation self-organization system and method of intelligent internet of things

Abstract

This application discloses a function aggregation self-organization system of the intelligent Internet of Things, wherein the terminal determination module is used to determine the Internet of Things terminal associated with the task according to the current task to be executed, and the sub-network self-organization module is used to determine the determined The Internet of Things terminal self-organizes on the network architecture to obtain one or more sub-networks of the Internet of Things. The process creation and resource allocation module is used to establish processes for the sub-networks according to the corresponding functional tasks of the sub-networks, and allocate corresponding computing resources for the processes. The sub-networks are managed and stored separately, and the resource recycling module is used to end the process of the corresponding sub-network and release the computing resources of the corresponding sub-network when the functional tasks are completed. The system makes the network structure of the Internet of Things service generalized, with diversified functions and customizability, improves the timeliness of response to key data, and enhances the adaptability to actual needs and actual scenarios.

Description

technical field [0001] The present application relates to the technical field of Internet of Things aggregation, in particular to a function aggregation self-organization system and method of the intelligent Internet of Things. Background technique [0002] The Internet of Things is one of the emerging industries with great potential in recent years. In application scenarios such as smart communities, smart buildings, smart office buildings, and smart corridors, the Internet of Things system plays an increasingly indispensable role. Including the use of sensors connected to the Internet of Things to realize the perception, collection and uploading of front-end information and data; the storage, analysis, prediction and graphical display of information and data through cloud servers; the control of intelligent devices connected to the Internet of Things , call, and so on. [0003] However, the current Internet of Things systems in application scenarios such as smart communit...

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Problems solved by technology

[0005] Based on this, in order to solve the shortcomings of the Internet of Things system, such as rigid network structure, inflexible functions, lack of customizability, untimely response to key data due to large amount of data, and poor adaptability to actual needs and actual scenarios, this paper The application provides an intelligent Internet of Things, and proposes to achieve intelligence in the network architecture, data management, business process and function definition of the Internet of Things, so that the intelligent Internet of Things can realize nodes (including access to the Internet of Things) based on application scenarios and actual needs. Sensors, intelligent devices) network architecture aggregation self-organization, business function aggregation self-organization and data management aggregation self-organization

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