Abstract
The purpose of this research was to design an Android and Arduino-assisted voice control system as a component activation on vehicles. The method in this study are; making initial design concepts, procuring tools and materials, manufacturing products, testing products, and analyzing product performance. The conclusion of this research is that this system has gone through the application design stage on android using MIT App Inventor 2 and making the program using Arduino IDE, and the last stage is product testing. The test results show that the application installed on an android smartphone is able to work properly. The design of the program on a microcontroller using Arduino was also successfully compiled. This voice control vehicle module achieves connectivity capability with bluetooth as far as 14 meters. Accuracy of voice commands in the range of 73-95%, this result was obtained using clear voice articulation according to acceptance in google speech and using good internet network connectivity. Able to activate and turn off vehicle door locks, hazard, alarm, and engine.
Highlights
The world's automotive technology is developing very rapidly, ranging from interior-exterior design, electrical systems, ignition systems, engine construction and so on have experienced significant developments and changes from year to year
Voice control technology can be combined with Android on a smartphone, that is by making a command program using Arduino which is implanted by wireless devices such as bluetooth, infrared and wireless
Based on the research and testing results described above with reference to the problem formulation, it can be concluded that the design of an android and arduinoassisted voice control system as component activation on this vehicle has gone through the application design stage on android using MIT App Inventor 2 and making a program using Arduino IDE, and the last step is to do product testing
Summary
The world's automotive technology is developing very rapidly, ranging from interior-exterior design, electrical systems, ignition systems, engine construction and so on have experienced significant developments and changes from year to year. With the rapid development of the world automotive, innovations have begun on features that are based on electrical, including the voice control system that is currently being developed Additional features such as voice commands began to be applied to vehicle infotainment systems. According to Kevin (2015) voice control technology on smartphones enables mobile device users to gain freedom to move and reduce the need to constantly glance at their screens. This is achieved by allowing users to verbally instruct their devices to perform ordinary tasks such as setting alarms, making calls, or even starting any application. The use of Android technology on smartphones can provide alternative solutions in modifying existing features on the vehicle, so that the control of activation of components on the vehicle can be done via a smartphone remotely
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