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2020 Automatic Control Based on Voice Commands and Arduino
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| bet | 2/9 | | Sana | 14.05.2024 | | Hajmi | 89,19 Kb. | | #232700 |
The rapid development of technology has made it possible to control electronic devices using a variety of control methods such as controlling electronic devices automatically by utilizing sensors or by remote control. The existence of this technological advancement makes electronic device users not have to feel difficult in controlling their electronic devices. Control that is widely used today is control that is done by using sound. Like controlling a smartphone to run applications installed in it, controlling a smart home such as turning off or turning on lights, opening or closing doors, and controlling the robot. Control using voice is in great demand because it has a security system that utilizes the characteristic pattern of an individual by determining the specific physiology of the individual so that only individuals who meet predetermined characteristics can control the electronic device. Control of this electronic device is called a voice command.
Voice commands are divided into two, there is voice recognition and speech recognition. Voice recognition is a system to identifying someone through the voice characteristics of that person. Characteristics can be the intonation of the voice, the level of sound depth, and so on. Voice recognition works by analyzing each individual's voice features derived from anatomical and behavioral patterns such as tone of voice, style and speech accent. Thus, voice recognition can assist users in matching previously validated voices, and verifying voice match. Speech recognition is a technology that can be used to convert voice into text. Users simply say the word they want to write, then the system will convert the voice into text. The use of this technology can be found in instant messenger applications, google voice, Microsoft dictation and so on.
Therefore, this writing is done with the aim of knowing the application of voice-based and Arduino- based control automation which has been developed from
Copyright © 2020 The Authors. Published by Atlantis Press B.V.
This is an open access article distributed under the CC BY-NC 4.0 license -http://creativecommons.org/licenses/by-nc/4.0/. 29
2014-2020 based on 25 journals to be studied. Journal assessments are carried out by taking into account the similarities or differences in each journal.
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