Indoor scene unified control method based on big data collection and analysis

Abstract

The invention relates to an indoor scene uniform control method based on big-data collection and analysis. The method comprises the step that self-adaptive rolling control over curtains correspondingto indoor windows is conducted by using an indoor scene multi-window uniform control platform. Through the indoor scene uniform control method, self-adaptive rolling control over the curtains corresponding to the indoor windows can be achieved, so that an appropriate ambient brightness is provided for the interior of a room.

Description

technical field [0001] The invention relates to the field of big data, in particular to a unified control method for indoor scenes based on big data collection and analysis. Background technique [0002] In order to continuously cope with new security challenges, enterprises and organizations have successively deployed firewalls, security gateways, intrusion detection and protection systems, vulnerability scanning systems, anti-virus systems, terminal management systems, etc., to build up a series of security defense lines. However, these complex IT resources and their security defense facilities continuously generate a large number of security logs and events during operation, resulting in exponential growth of security data, which presents a large-scale, high-latitude, high-noise, and high-complexity characteristics, resulting in the phenomenon of "dimension disaster". It poses new challenges to the computing power and real-time requirements of the traditional security in...

AI Technical Summary

Problems solved by technology

However, these complex IT resources and their security defense facilities continuously generate a large number of security logs and events during operation, resulting in exponential growth of security data, which presents a large-scale, high-latitude, high-noise, and high-complexity characteristics, causing the phenomenon of "curse of dimensionality"

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