基于GSM网络的智能家居控制中的人工智能应用

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引用次数: 0

摘要

在我们的现代科学和数字技术革命中,提供信息和服务来管理我们周围元素的状态,永恒是将世界上的一切统一在一个基础设施下的东西,包括事物,人,地点和过程。在智能电网运营中,我们专注于通过负荷管理和控制来提高成本和效率。为了调节客户两端的所有负载/电源控制器,该原型需求侧控制系统使用带有电源管理模块的集中式系统。在每个客户端,使用数据输入方案来重传负载调度请求:GSM用于多设备之间的无线数据传输。几个负载,Arduino Uno,继电器模块,电流传感器和一个目标,通过发送包含单词的消息来控制四个电子设备或家庭照明,该消息将与存储在微控制器中的代码中编写的单词进行比较。如果单词匹配,则需要在其中一个Adriano端口上安装LED,以便每个LED代表特定的替代候选。我们可以很容易地改变字写在代码使用阿德里亚诺软件。该系统实现了高时间响应,因此所有读数都会自动更新和显示。开发的系统应高效、安全、快捷。智能家居系统必须实时实现
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Artificial Intelligent for Smart home Control Based on GSM Network Application
In our modern science and digital technological revolution, to provide information and services to manage the state of the elements around us, where Eternity is things that unite everything in the world under one infrastructure, including things, people, places and processes. In smart grid operations, we focus on increasing cost and efficiency through load management and control. To regulate all load/power controllers at each end of the customer, this prototype demand-side control system uses a centralized system with a power management module. At each client end, a data entry scheme is used to retransmit load scheduling requests: GSM is used for wireless data transmission between multiple devices. Several loads, an Arduino Uno, relay modules, current sensors, and a target to control four electronic devices or home lighting by sending a message containing a word that is compared to the word written in the code stored in the microcontroller. If the words match, an LED is required on one of the Adriano ports so that each LED represents a specific replacement candidate. We can easily change the word written in the code using the Adriano software. The system is implemented with a high time response, so all readings are updated and appear spontaneously. The developed system should be Efficient, safe and fast. The smart home system must be implemented in real time
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