A cloud flat access and control method for plug-and-play IoT devices

Abstract

The present invention proposes a cloud-based flat access and control method for plug-and-play IoT devices. Starting from the initialization, capability acquisition, device information acquisition, and device data acquisition of IoT devices, and from an abstract point of view, the IoT device Types are divided and device information is extracted to create an INF file. Realize cloud logical networking and data sharing of IoT devices, solve task management and scheduling problems related to IoT devices, and provide a unified open service interface for terminal applications. The present invention can realize cross-regional and cross-network identification and connection of IoT devices and logical networking of cloud IoT devices, laying a realistic foundation for the deep integration of IoT and the Internet. Moreover, it provides a unified development interface for different IoT devices, which will serve related enterprises and provide new methods and new business models for cloud access and control of IoT devices for the Internet of Things, terminal manufacturing, and application service industries.

Description

technical field [0001] The invention relates to a technology for flattening management of plug-and-play IoT devices in the cloud, specifically a cloud flat access and control method for plug-and-play IoT devices. Background technique [0002] After several years of development, the Internet of Things industry has achieved certain results and has a relatively good technology, industry and talent base. However, the current IoT model based on privatization agreements and closed solutions of different manufacturers has problems such as serious industry barriers, low standardization, insufficient endogenous motivation, and unclear business models, making it difficult to achieve large-scale development and innovation. [0003] The existing Internet of Things architecture is difficult to solve the problems of data sharing between nodes of different Internet of Things devices, re-networking of different Internet of Things device nodes, arbitrary networking, and data transmission and...

AI Technical Summary

Problems solved by technology

However, the current Internet of Things model based on privatization agreements and closed solutions from different manufacturers has problems such as serious industry barriers, low standardization, insufficient endogenous motivation, and unclear business models, making it difficult to achieve scale development and innovation

[0003] The existing Internet of Things architecture is difficult to solve the problems of data sharing between nodes of different Internet of Things devices, re-networking of different Internet of Things device nodes, arbitrary networking, and data transmission and sharing between Internet of Things, which leads to the development process of the existing Internet of Things There are serious problems such as low degree of industry standardization, complex Internet of Things applications and industry solutions

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