Multi-network fusion edge computing gateway

Abstract

The invention discloses a multi-network fusion edge computing gateway, which comprises a central processing unit, a real-time operating system, a non-real-time operating system, a real-time database module, a non-real-time database module and a capacity storage module. The multi-network fusion edge computing gateway in the invention has the following beneficial effects: an edge computing operatingsystem NECOS is operated in a gateway, which can realize real-time data collection and real-time control; the interior of the operating system is a service environment where a set of non-real-time operating systems and a set of real-time cores coexist; real-time and non-real-time tasks can be configured according to actual business needs; the non-real-time task and the real-time task can be dynamically adjusted according to the resource service condition of the gateway; a special data channel can be established between two environments to achieve the purpose of data share exchange; besides, various Internet-of-Things sensing requirements are collected and controlled in a multi-network fusion manner; rapid response, data optimization filtering, and sensitive data security encryption are realized with strong edge computing capability; and burden is reduced for the cloud, and intelligent upgrade of the Internet of Things is realized.

Description

Technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to a multi-network convergence edge computing gateway. Background technique [0002] In the Internet of Things, the application gateway is located between the application server and the underlying sensor network, and is used to aggregate and distribute data. Due to the large amount of data in the Internet of Things, not every application cares about all the data. Therefore, each application needs to define some rules in the application gateway for data filtering, and only those IoT data that meet the rules defined by the application will be forwarded to the application by the application gateway. Because the amount of data in the Internet of Things is very large, and each piece of data must be matched by a set of rules, this places high requirements on the data filtering engine in the application gateway. [0003] In the prior art, one IoT platform targets several sensors,...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, an Internet of Things platform targets several sensors, and the number of the sensors may reach thousands. In the process of transmitting the data collected by the several sensors to the Internet of Things platform, due to the large amount of data transmission , data filtering is poor, it is easy to cause network transmission blockage, affecting transmission efficiency; sensitive data security is low; in addition, the existing cloud server analysis data needs to be continuously upgraded through corresponding software analysis, the operating load is heavy, and the process is complicated

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