Management method based on Internet of Things terminal group

Abstract

The invention discloses a management method based on an Internet of Things terminal group. Each terminal is provided with a supervising extension set, the supervising extension sets are connected to the Internet of Things in a distributed mode, the Internet of Things is further connected with a supervising host. The method comprises the steps that the supervising extension sets synchronously collect data of the terminals, and the supervising extension sets receive the operation state data of the terminals as collected data and transmit the packaged operation state data to the supervising host through a network; acquired data synchronized with each terminal is analyzed in the supervision host, the acquired data is input into the established terminal optimization configuration model, and optimization configuration parameters are output; and the supervision host synchronously distributes the optimized configuration parameters to each terminal through the Internet of Things. The real-time state information condition of each terminal can be accurately and timely reflected, and optimal configuration operation of each terminal is realized; each terminal is arranged in a distributed manner, so that each terminal is independent and related and can be suitable for a large-scale network, the communication process is controllable, network waste is avoided, and the network utilization rate is improved.

Description

technical field [0001] The invention belongs to the technical field of Internet of Things terminals, and in particular relates to a management method based on an Internet of Things terminal group. Background technique [0002] With the continuous development of informatization, the application in all walks of life is increasing day by day. In the daily management process, information management can be realized through Internet of Things technology. Currently, the network application system on the market has a single function, which makes it impossible to accurately and timely respond to real-time status information. [0003] In the Internet of Things monitoring network, the terminal is usually in a silent state, and the data concurrency is small. When the terminal generates reported data, it needs to quickly transmit the reported data to the base station. The existing Internet of Things usually adopts the method of self-reporting by the terminal or the polling method of the...

AI Technical Summary

Problems solved by technology

The existing Internet of Things usually adopts the method of self-reporting by the terminal or the polling method of the base station to collect the data reported by the terminal. It takes a lot of time to monitor channel activities, and it is easy to cause uncontrollable communication time and communication quality; the latter needs to spend a lot of time on the top-down polling of the base station, and due to the burst randomness of the reported data, resulting in A large waste of bandwidth; the performance of each terminal cannot be fully utilized, and the optimal configuration of the terminal cannot be realized

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