OTOMATISASI TEKNOLOGI SMART HOME MENGGUNAKAN ARDUINO BERBASIS INTERNET OFF THINGS (IoT)

Beni Suhendar, Rizki Fatullah
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引用次数: 2

Abstract

"IOT-based Interactive Monitoring and Monitoring System for home automation" is another technological advance that can control and filter gadgets or other devices to control home automation remotely. Every automation business that uses an inserted system such as a PIC microcontroller provides an intelligent, inexpensive energy protection system, for homes, schools, hospital facilities or others. The main objective of this research is to plan and provide an interesting implementation point of IoT for home applications and also other means to control or control existing equipment in the house such as turning on / off lights, fans, gas, patterns, doors and others by using sensors, which serve to control. In general, we know that we use a number of equipment in homes, theaters, shopping centers, Convention Centers, Hotels and other facilities whose equipment we connect directly to electricity and consume power. Because of this, some equipment has failed due to excess voltage. Here, we use several components to control the excess voltage. In this model we use a micro controller (ATMEGA328P), which is connected to a nodemcu, 4-channel relay board, and liquid crystal display (LCD). Here the input is given to the micro controller via the LCD to display the temperature. The output of this signal is given to the micro controller where the pin becomes active when there is a problem finding room temperature. A 4-channel relay board is connected to control large equipment, meanwhile we connect switches to operate and nodemcu (Wi-Fi module) to control with remote access.
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利用基于 ARDUINO 的物联网(IoT)实现智能家居技术自动化
"基于物联网的家庭自动化互动监控系统 "是另一项技术进步,它可以控制和过滤小工具或其他设备,从而远程控制家庭自动化。每个使用 PIC 微控制器等插入式系统的自动化企业都能为家庭、学校、医院设施或其他机构提供智能、廉价的能源保护系统。这项研究的主要目的是为家庭应用规划并提供一个有趣的物联网实施点,同时还提供其他手段,通过使用传感器来控制或控制家中的现有设备,如开/关灯、风扇、煤气、模式、门等,从而达到控制的目的。一般来说,我们知道在家庭、剧院、购物中心、会议中心、酒店和其他设施中会使用许多设备,而这些设备都是直接与电连接并消耗电力的。因此,有些设备会因电压过高而出现故障。在这里,我们使用几个组件来控制过高的电压。在这个模型中,我们使用了一个微型控制器(ATMEGA328P),它与一个节点控制器、4 通道继电器板和液晶显示器(LCD)相连。输入信号通过液晶显示器输入微控制器,以显示温度。当发现室温有问题时,该信号的输出端就会将微控制器的引脚激活。我们连接了一个 4 通道继电器板来控制大型设备,同时我们还连接了开关来操作,并连接了 nodemcu(Wi-Fi 模块)来进行远程控制。
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