Knock Controlled Automatic Smart Device

Abstract

The main objective of this paper is to consider a model of efficient and simple knock controlled automatic smart device system. Automatic controlled system using a piezo- electric sensor. In today’s life, it's getting very important for security and it's getting very hard to get it. Knocki is the latest design by which we can get things smarter and in a short time. Knocki uses controller circuitry and a GSM tool kit with an ESP module, which makes knocki keep smooth and easy to use. Knocki is interfaced with mobile phones that we can operate things from long distances with security and trust. The monitoring is done through software & (Internet of Things). The controlling section consists of a relay, microcontroller. For GSM interfacing USB or RS232 are used. Integrated TCP/IP protocol we are using in this. It works like a slow & fast double-tap, for instance, could turn any our LED's or lights, two taps followed by a triple tap can find the lost phone. The proposed control system generated access control systems form a vital link in a security chain. These combined given controlling strategies are modeled and simulated in detail under software. Language Used - JAVA, XMAL, Programming Platform- Arduino IDE, Android Studio, and Sublime Text Editor. This simulation result was proposed by the given control strategies are comparing to those using the most used method in the literature reviews of the reference papers.