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RESULT AND DISCUSSION Implementation
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| bet | 5/9 | | Sana | 14.05.2024 | | Hajmi | 89,19 Kb. | | #232700 |
RESULT AND DISCUSSION Implementation
Based on the results of the studies that have been done, the research that many researchers have developed was the development of a smart home prototype. The control developed in a smart home was in the form of controlling electronic devices so that they can be controlled automatically by using voice commands from the user or smart home owner. The development of controlling using voice on this smart home could make it easier for users to carry out daily activities. Sound-based control of electronic devices in a smart home could be applied to lights, fans, air conditioners, TVs, bells, alarms, windows and doors as research conducted by almost all researchers. The control was carried out on lights, fans and air conditioners, namely by turning on or off the lights, fans and air conditioners automatically by giving commands according to predetermined codes. For controlling that is carried out on the TV, namely by controlling the TV turn on or off, turning off or turning on the TV sound, displaying the TV menu, and making the TV sound in mute mode. Control of the bell and alarm was done by giving commands to the system to turn off or turn on the bell and alarm. Control of windows and doors was done by giving orders to open or close windows and doors with a predefined code.
In addition to developing a prototype on a smart home, there were researchers who develop it with the aim of helping users with disabilities and smart hospital rooms. Controls developed to help with disabilities were controlling the wheelchair and controlling the printing of documents using braille. Control on smart chairs for physically disabled people who couldnot move a wheelchair by hand developed by Aktar [3]. This wheelchair was also equipped with a GPS module that can be used to track and send information to smartphone applications via firebase. Controlling the printing of documents using braille is done with the aim of developing a voice-controlled braille printer developed by Manigiri [4]. This printer would help users with disabilities print a spoken voice into a document in braille format. For controlling the prototype smart hospital room, the application was carried out in controlling the patient bed in the hospital and controlling the device to call nurses developed by Agustin [5]. The patient's bed could be adjusted using voice commands in the sitting, intriguing and sleeping position, while the buzzer is used as an assist button to call the nurse. Thus controlling the prototype smart hospital room would make it easier for patients.
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