An Smart Auto Shutter Controlling System for Intelligent Home based on Database Analyzing and Mechanical Devices

Lingshan Kong, Jonathan Sahagun
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Abstract

Currently, smart home systems have developed rapidly and really convenience people’s lives [1]. However, by focusing on the shutter and curtain in a smart home system, shutters can only move on manually, and shutter used less because the curtain is easy to control [2]. In order to try to fix these questions on shutter, we designed an application and hardware integrated system which can control the shutter automatically depending on light and temperature, and also can allow users to control their online shutters devices remotely. Besides, we used the firebase database to store the device's data and status, so that devices can be more memorable and smart in controlling the shutter even if the weather conditions affect the logic decision. We applied our application to some window shutters at home and conducted a qualitative evaluation of the approach. The results show that the system can make the decision based on the software logic and eventually control the shutter under different light and temperature conditions in order to have the best balance between sunlight and home light [3].
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基于数据库分析和机械装置的智能家居智能自动百叶窗控制系统
目前,智能家居系统发展迅速,真正方便了人们的生活[1]。然而,在智能家居系统中,通过关注百叶窗和窗帘,百叶窗只能手动移动,百叶窗的使用较少,因为窗帘易于控制[2]。为了尝试解决快门上的这些问题,我们设计了一个应用和硬件集成系统,可以根据光线和温度自动控制快门,也可以让用户远程控制在线快门设备。此外,我们使用firebase数据库来存储设备的数据和状态,这样即使天气条件影响逻辑决策,设备也可以更容易记忆和智能地控制快门。我们将我们的应用应用到一些家庭百叶窗上,并对该方法进行了定性评价。结果表明,该系统可以根据软件逻辑进行决策,并最终在不同光线和温度条件下控制快门,使日光和家庭光线达到最佳平衡[3]。
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