Development a home electrical equipment control device via voice commands for elderly assistance

Improper installation and not in accordance with PUIL standards of Monitoring device, will provide a detriment for consumers of electricity. The objectives to be achieved in the Community Partnership Program (PKM) are: (1) to increase the knowledge of Teachers and Students of Gowa 5 Vocational School (partners) to monitor and control the electrical equipment of the School Environment and electrical equipment using Smartphone/Computer, (2) To improve the skills of Teachers and Students of Gowa 5 Vocational School (partners) in making and utilizing the Raspberry-based Monitoring and Control system, (3) improving the skills of Teachers and Students of the National Vocational School and Somba Opu SMKT in making interface and application system based on Arduino Mega to monitor and control electrical equipment device of a house/building. The methods used of this Workshop are the lecture method, discussion, and demonstration. The results of this PKM are (1) Increasing Partner Knowledge in making Arduino Mega-based monitoring and control software, (2) Increasing Partner Skills in terms of making and utilizing Arduino Mega-based Monitoring and Control System for monitoring and controlling electricity devices of a house/building, (3) increasing Skill and knowledge of Partners in order to be able to provide easy solutions at Gowa 5 Vocational School, in monitoring and controlling electrical devices in the School environment, so that the tools can be controlled using smartphone, both from a close range or remotely. The method used in giving the material is the lecture method, and discussion while the application uses the demonstration method. The results of the Community Partnership Program (PKM) illustrate that the group of Teachers and Students of Gowa 5 Vocational School (partners) have: (1) possessed knowledge in making Raspberry-based Monitoring and Control device to monitor School Environments and electrical equipment using Smartphone/Computer, (2) have skills in making and utilizing Raspberry-based Monitoring and Control device, (3) having skills and knowledge to be able to provide easy solutions for Gowa 5 Vocational School.

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UTILIZATION OF ARDUINO-BASED BLUETOOTH CONNECTION FOR ELECTRONIC EQUIPMENT CONTROL WITH VOICE COMMANDS

Jurnal Riset Informatika ◽

10.34288/jri.v3i3.224 ◽

2021 ◽

Vol 3 (3) ◽

pp. 219-224

Author(s):

Hafdiarsya Saiyar

Keyword(s):

Direct Observation ◽

Research Method ◽

Human Life ◽

Control Device ◽

Electronic Equipment ◽

Turn On ◽

Arduino Microcontroller ◽

Equipment Control

Electronic equipment is a daily necessity in human life, but not infrequently we use electronic equipment excessively or ineffectively and the main problem is the factor of forgetting and being lazy to turn off electronic equipment. This makes wasteful use of electricity so that the costs charged are greater and there is the greatest risk of contact currents causing fire if we neglect to use lighting. Therefore, the author tries to make a control device for electronic equipment with voice commands connected to Bluetooth on a smartphone so that users can give commands to activate or deactivate electronic equipment with voice commands. The research method used is direct observation of the selected object, namely the author's house, and conducting literature studies related to the Arduino microcontroller. The Arduino microcontroller acts as the main controller connected to the relay module and the relay module connected to the power plug. In addition, Arduino is also connected to Bluetooth as a place to process incoming commands. The purpose of this research is to produce a tool that can make it easier to turn on or turn off electronic equipment with voice commands via an Android smartphone by utilizing an Arduino-based Bluetooth connection.

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