Lighting device based on edge computing

Abstract

The invention provides a lighting device based on edge computing. The lighting device comprises a lighting terminal, a driving module, an environment monitoring module, an edge computing module and acommunication module, wherein the driving module is used for providing a stable working power supply for the lighting device; the environment monitoring module is used for acquiring preset environmentparameter data and transmitting the acquired environment parameter data to the edge computing module; the edge computing module is used for analyzing and processing the environment parameter data acquired by the environment monitoring module, responding to the operating state of the lighting terminal based on the environment parameter data, and reporting the processed effective environment data signal and the operating state data of the lighting terminal to a cloud processing center of the lighting device; and the communication module is used for interactive communication between the edge computing module and the cloud processing center of the lighting device. According to the invention, resources and services sink to the edge position, the interaction time delay can be effectively reduced, the network burden is reduced, the cloud pressure is reduced, the service types are enriched, the service processing is optimized, and the service quality and the user experience are improved.

Description

technical field [0001] The invention relates to the technical field of lighting, in particular to an lighting device based on edge computing. Background technique [0002] The millions of devices that make up the Internet of Things have something in common: They collect information, but they don't do anything. They send it to the cloud, and the large data center receives it, merges it, and processes the data in a unified manner, which not only takes up a lot of bandwidth, but also the cloud center needs to have super massive computing power, and returns the result after computing through the cloud center. The delay is long; if the terminal device is endowed with the computing power of the edge, the data can be effectively analyzed and sorted, and the effective data can be sent to the cloud center, which will effectively reduce the interaction delay and reduce the network burden. Therefore, under the background of the digital transformation of the entire industry, driven by ...

AI Technical Summary

Problems solved by technology

When the on-site lighting equipment access is small, it cannot meet the user's requirements for comprehensive monitoring of multiple application scenarios; and when the on-site lighting equipment access is large, the database needs to store more on-site equipment monitoring data, and the server needs to Processing more historical data increases the storage and computing pressure of cloud servers and cloud databases. At the same time, the server cannot respond to user control commands in time due to bandwidth limitations, which in turn will lead to delays in lighting equipment control.

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