A Ubiquitous Internet of Things Indoor Distributed Sharing Uplink Control Monitoring Method

Abstract

The invention relates to an uplink control and monitoring method, in particular to an uplink control and monitoring method distributed and shared indoors in the ubiquitous Internet of Things. Follow the steps below: share system composition→share method steps→monitoring steps. A ubiquitous Internet of Things indoor distributed sharing uplink control and monitoring method greatly guarantees network information security.

Description

technical field [0001] The invention relates to an uplink control and monitoring method, in particular to an uplink control and monitoring method distributed and shared indoors in the ubiquitous Internet of Things. Background technique [0002] In the field of communication and Internet of Things, operators build their own networks, and the cost of building and maintaining stations remains high, and their respective construction units dismantle each other for their own interests, resulting in frequent failures; in 2018, the State Grid Corporation of China proposed the "Ubiquitous Internet of Things" concept, but they are all outdoor scenarios of private communication networks, and do not involve indoor applications of private networks; after years of experience by operators, the number of indoor and outdoor users and the number of accesses are roughly the same, but the traffic ratio between indoor and outdoor (contribution rate) is 27:73, so the construction of indoor "ubiqu...

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Problems solved by technology

[0002] In the field of communication and Internet of Things, operators build their own networks, and the cost of building and maintaining stations remains high, and their respective construction units dismantle each other for their own interests, resulting in frequent failures; in 2018, the State Grid Corporation of China proposed the "Ubiquitous Internet of Things" concept, but they are all outdoor scenarios of private communication networks, and do not involve indoor applications of private networks; after years of experience by operators, the number of indoor and outdoor users and the number of accesses are roughly the same, but the traffic ratio between indoor and outdoor (contribution rate) is 27:73, so it is particularly important to build an indoor "Ubiquitous Internet of Things"

[0003] However, there are the following problems in the construction of indoor "Ubiquitous Internet of Things": first, to establish a private network separately, and the construction cost is huge; second, the indoor scene environment is complex, with various reflections and various interference problems; The networks of the three major operators, WIFI and other network frequency bands are likely to squeeze and interfere with the private network; fourth, there is no safe human-computer interaction mechanism design, which only costs money but does not make money, and it is difficult to continue to invest; The large network of vendors coexists, and several sets of maintenance mechanisms and personnel make maintenance prone to failure

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