|
2020 Automatic Control Based on Voice Commands and Arduino
|
| bet | 4/9 | | Sana | 14.05.2024 | | Hajmi | 89,19 Kb. | | #232700 |
METHOD
The research conducted was a literature research based on the results of written works such as the results of research that has been done. In library research, literature search was not only for the first step in preparing a research framework (research design) but at the same time utilizing library sources to obtain research data [1]. The data collection technique was carried out by conducting a study of books and a number of articles on controlling using voice commands and arduino. The data analysis technique used was to describe data and information in the form of easy-to- understand sentences as an effort to get answers to the problems studied [2], related to several studies on controlling using voice commands and arduino.
The steps taken in conducting literature research were divided into 3 steps. The first was to determine the title of the research to be carried out, what literature sources would be used, how much literature was used and so on.
Furthermore, the literature search was carried out in accordance with the matter to be reviewed. Finally, a content analysis of the easyvr 3.0
Easy vr 3.0 is a voice recognition module that can be used easily and is compatible with almost all applications. Easy vr 3.0 can be used with all uart (universal asynchronous receiver-transmitter) at a voltage of 3.3v- 5v.
Easyvr 3.0 audio output interface can be connected directly to an 8 ohm speaker or connected with an external audio amplifier for low impedance sound. In addition, it can also be connected to high impedance loads such as headphones, provided that the power output is in accordance literature that has been obtained was carried out related to how the relationship between the literature obtained was. The block diagram of literature research steps can be seen in “figure 1”.
Figure 1 Block diagram of literature research steps
The literature review in this study was conducted by examining 25 journals from 2014-2020 which discussed controlling using voice commands and arduino. Journal assessments are carried out by paying attention to the similarities or differences in each journal based on the application of voice commands to the electronic device to be controlled, the voice command used in the form of voice recognition or speech recognition, the hardware used, the tests carried out, the test results, the system operation and the factors involved affected by system.
|
| |
