Sensor data association street lamp control system based on chaos computing

Abstract

The invention discloses a sensor data association street lamp control system based on chaos computing, and the system comprises a central control platform, a field gateway, an intelligent controller and various sensor terminals. The central control platform communicates with the intelligent controller through the field gateway, and the intelligent controller receives the data of various sensor terminals; the intelligent controller controls the state of a street lamp in real time. The invention has the technical effects that energy-saving management is achieved; specifically, the intelligent street lamp management system saves labor, management and other expenses, and the energy-saving rate can be 10% or above through the management means of the intelligent street lamp management system; according to surrounding environment information change analysis, the street lamp illumination energy saving is realized in a mode of seeking an optimal solution through a chaotic time prediction model.The management efficiency of the street lamp state is improved: the state of the street lamp is analyzed according to historical data and the environment change trend is predicted; and it is guaranteed that the brightness of the road environment is in the state meeting the pedestrian requirement by monitoring the street lamp in real time.

Description

technical field [0001] The invention relates to a sensor data association street lamp control system based on chaotic calculation. Background technique [0002] At present, the control system of smart street lamps mainly realizes the function of controlling the lights on and off at the remote end of the street lamps through remote centralized control and management of street lamps, as well as remote control of the color temperature lamp group. But they are all limited to centralized control, rather than paying attention to the demand for light brightness in a certain area environment. Only through remote control lights, or for example, the invention patent of a dynamic encryption method for remote street light control system communication protocol disclosed in 201110434232.4, which uses chaotic algorithms to ensure the security of end-to-end communication, and cannot be predicted and judged by historical data. Analyze the situation around the street light. Contents of the...

AI Technical Summary

Problems solved by technology

Only through remote control lights, or for example, the invention patent of a dynamic encryption method for remote street light control system communication protocol disclosed in 201110434232.4, which uses chaotic algorithms to ensure the security of end-to-end communication, and cannot be predicted and judged by historical data. Analyze the situation around the street light

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