A topology recognition system and method for an intelligent lighting system

Abstract

The invention discloses a topological structure identification system of an intelligent light system. The identification system comprises a display module, an identification module, an analysis moduleand a topological module, wherein the display module is used for acquiring a topological image of the intelligent light system by lighting the intelligent light system to a preset color, the identification module is used for identifying the topological image, including identifying a position of root node light block in the topological image and a regional position of each layer of lamp group, theanalysis module is used for analyzing the topological image to acquire output interface information of each light block in the intelligent light system, and the topological module is used for acquiring topological structure information of the intelligent light system. By the identification system, the topological structure identification accuracy of the intelligent light system is improved.

Description

technical field [0001] The invention relates to the technical field of intelligent control of the Internet of Things, in particular to a topology recognition system and method of an intelligent lighting system. Background technique [0002] With the development of smart homes, the control of lights has also become diversified. Users can combine multiple smart light blocks into a smart lighting system according to their needs and interests, bringing users a good experience and fun. The intelligent lighting system is composed of multiple intelligent light blocks, which can be infinitely extended and freely spliced ​​to form a variety of splicing topologies. Such as figure 1 A schematic diagram of the mosaic topology in the prior art is shown. Users can light up any spliced ​​intelligent lighting system. Different light blocks can be set with different light colors, and the color can be changed freely, so that the intelligent lighting system has brilliant colors and brings a ...

AI Technical Summary

Problems solved by technology

However, the disadvantage of this solution is: when the number of light blocks is very large, the style of the splicing topology will increase exponentially, and the time for setting the splicing topology on the APP management software will also increase a lot. In the process, it will also bring errors or inconsistency with the picture set on the APP management software, causing the system to identify the wrong topology

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