Sistem Buka Tutup Pintu Otomatis Berbasis Suara

Ariyanti, Sinta; Adi, Slamet Seno; Purbawanto, Sugeng

doi:10.21831/elinvo.v3i1.19076

Cited by 6 publications

(5 citation statements)

References 3 publications

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“…Door opening with PIR sensor makes use of human voice to open the door. Only the voice saved in the data will be recognized by this system [26,27]. On the other hand, RFID is an automatic identification procedure that uses a radiofrequency system [28].…”

Section: Touchless Doormentioning

confidence: 99%

Smart Thermal Scanner Camera Implementation for Primary Screening of Covid-19 Suspects at Financial Planning Office’s Lobby

Harjo

Suwondo

Teresa

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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The rate of Covid-19 spreading and sufferer are increasing. It has been infecting many people from various countries, including Indonesia. It needs efforts and community participation to minimise the COVID-19 virus spreading. One of the efforts that can be done is to utilise technology development. Implementing it in the office may be more efficient, effective, and improved to achieve maximum outcomes, particularly in terms of COVID-19 transmission in the office area, ensuring that performance processes run smoothly and maintain a healthy and conducive office atmosphere. By embedding the Smart Thermal Scanner Camera technology directly into the door sensor, it will determine who is susceptible to COVID-19 and thus minimise its spread. The methodology in this research is using descriptive qualitative methods. The modern technology implementation in this office is located in the lobby area, aims to facilitate communication and operational processes. The technology applied in the lobby area is a UV lamp air purifier, touchless door sensor, and thermal scanner. These three technologies support the situation during the COVID-19 pandemic so that workers or guests can use in-office services more safely and comfortably.

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Section: Touchless Doormentioning

confidence: 99%

Smart Thermal Scanner Camera Implementation for Primary Screening of Covid-19 Suspects at Financial Planning Office’s Lobby

Harjo

Suwondo

Teresa

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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“…Penelitian sebelumnya yang dilakukan oleh Sinta Ariyanti, Slamet Seno Adi dan Sugeng Purbawanto, "sistem buka tutup pintu secara otomatis dengan menggunakan pengenalan suara", pada tahun 2018, menggunakan dua kata yang digunakan untuk mengkodekan yaitu kata "buka" dan "tutup". Keberhasilan pemberian perintah pada alat pengujian oleh orang yang berwenang adalah 95% untuk kata "buka" dan 90% untuk kata "tutup" [9]. Penelitian selanjutnya oleh Ashar Seppiawan, Nurussa'adah, Ponco Siwindarto, merealisasikan sebuah perangkat kunci yang berbasis mikrokontroler yang mampu membaca sinyal masukan suara dan menyimpannya dalam sebuah modul yaitu easyVR.…”

Section: Pendahuluanunclassified

Voice Recognition Untuk Otomatisasi Sistem Pengakses Pintu

Ihsan

Buwarda

Novianty

et al. 2021

JSAI

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Penggunaan kunci manual sebagai pembuka dan pengunci pintu masih belum optimal. Masalah yang sering terjadi adalah pemilik kunci sering kali lupa dimana menyimpan kunci bahkan hingga terjadi kehilangan kunci. Sistem biometrik pola suara memiliki ciri khas dan karakteristik yang berbeda pada setiap manusia, maka suara dapat dijadikan salah satu alternatif solusi, yaitu suara sebagai kunci untuk membuka pintu secara otomatis sehingga lebih efisien. Otomatisasi sistem pengunci pintu dibuat menggunakan Elechouse v3 yang berfungsi sebagai voice recognition serta Solenoid lock door sebagai pengunci otomatis pada pintu. Hasil pengujian fungsional menggunakan black box menunjukkan bahwa seluruh alat yang dirangkai berfungsi sesuai fungsinya. Pengujian tingkat keberhasilan sistem dilakukan menggunakan variable derau, non derau dan jarak. Pada data training tingkat keberhasilan sistem ini jika tanpa derau adalah 100%, sedangkan dengan derau 50.0 dB hingga 70 dB rata-rata tingkat keberhasilannya adalah 56,2%. Untuk jarak 30 cm sampai 180 cm rata-rata keberhasilannya sebesar 40,51%. Jarak terjauh adalah pada jarak 150 cm dengan presentase keberhasilan 5%. Pada data testing tingkat keberhasilannya jika tanpa derau adalah 0%, sedangkan dengan derau 50.0 dB hingga 70 dB rata-rata tingkat keberhasilannya adalah 1,9%. Untuk jarak 30 cm sampai 180 cm rata-rata keberhasilannya sebesar 0%.The use of manual locks as door openers and locks is still not optimal. The problem that often occurs is that the key owner often forgets where to store the key and even loses the key. The voice pattern biometric system has different characteristics for each human, so sound can be an alternative solution, namely voice as a key to open doors automatically so that it is more efficient. Door lock system automation is made using Elechouse v3 which functions as voice recognition and Solenoid door lock as automatic locking of doors. The results of functional testing using a black box show that all the tools assembled function according to their function. Testing the success rate of the system is carried out using noise, non-noise and distance variables. In the training data, the success rate of this system without noise is 100%, while with a noise of 50.0 dB to 70 dB the average success rate is 56.2%. For a distance of 30 cm to 180 cm the success rate is 40.51%. The farthest distance is at a distance of 150 cm with a success percentage of 5%. In the testing data, the success rate without noise is 0%, while with a noise of 50.0 dB to 70 dB the average success rate is 1.9%. For a distance of 30 cm to 180 cm the success rate is 0%.

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“…penelitian ini menggunakan sensor suara manusia sebagai input untuk mengakses program untuk membuka dan menutup pintu. Pengujian pada alat dilakukan oleh pengguna (pemilik suara yang terekam pada prigram) dan besar presentase tingkat keberhasilannya adalah 95% untuk kata buka dan 90% untuk kata tutup, sedangkan untuk pemberian perintah oleh orang lain ratarata presentase keberhasilannya adalah 13% untuk kata buka dan 4% untuk kata tutup [4].…”

Section: Pendahuluan [Times New Roman 10 Bold]unclassified

Rekayasa Pintu Geser Otomatis Dengan Menggunakan Sensor Passive Infra Red (Pir)

Wahid

Suprayitno

2020

quateknika

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Along with the rapid development of the times, in everyday life in the field of technology. This has encouraged humans to create and innovate in the field of technology to create a tool that can facilitate human activities. The door is something that is insulated inside the house and outside the home. The door in general as access into and out of the house or outside the home. Generally the door is opened manually by sliding because opening and closing the door does not take up much space for the mechanism of opening and closing the door so that most doors are opened with a manual mechanism. Current technological developments have also affected the door open and close system so that the door can be opened and closed automatically by using the Passive Infra Red Sensor (PIR).This simulation tool consists of a DC motor controller circuit and a sensor that is regulated by a microcontroller system with the input sensor. In a DC motor controller circuit, the direction of rotation and speed is regulated by the motor driver. As for the sensor circuit, it is used as a motion detector. For the microcontroller as a controller, selected from the type of Arduino Uno with Arduino programming. In the process of control, the sliding door will move to open and close the door either or not move according to PIR sensor input. The control system that is designed here only uses two commands at regular intervals in a single program execution, both the calling and the intended purpose of the user.

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Sistem Buka Tutup Pintu Otomatis Berbasis Suara

Cited by 6 publications

References 3 publications

Smart Thermal Scanner Camera Implementation for Primary Screening of Covid-19 Suspects at Financial Planning Office’s Lobby

Smart Thermal Scanner Camera Implementation for Primary Screening of Covid-19 Suspects at Financial Planning Office’s Lobby

Voice Recognition Untuk Otomatisasi Sistem Pengakses Pintu

Rekayasa Pintu Geser Otomatis Dengan Menggunakan Sensor Passive Infra Red (Pir)

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