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All Journal Syntax Literate: Jurnal Ilmiah Indonesia ENSAINS JOURNAL Jurnal Abdimas PHB : Jurnal Pengabdian Masyarakat Progresif Humanis Brainstorming Jurnal Impresi Indonesia Jurnal Dinamika Informatika (JDI) Jurnal Pengabdian Mandiri Jurnal Komputer Bisnis Jurnal Teknologi Informasi eProceedings of Applied Science Jurnal Indonesia Sosial Teknologi El-Mal: Jurnal Kajian Ekonomi & Bisnis Islam Journal of Ekonomics, Finance, and Management Studies
Irman Hariman
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Religion Agriculture, Biological Sciences & Forestry Arts Humanities Automotive Engineering Civil Engineering, Building, Construction & Architecture Computer Science & IT Decision Sciences, Operations Research & Management Economics, Econometrics & Finance Education Electrical & Electronics Engineering Engineering Environmental Science Industrial & Manufacturing Engineering Languange, Linguistic, Communication & Media Law, Crime, Criminology & Criminal Justice Mechanical Engineering Public Health Social Sciences Other

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Journal : Jurnal Teknologi Informasi

 1 
P, Perancangan PERANCANGAN ALAT SISTEM KONTROL KELEMBAPAN TANAH MENGGUNAKAN MIKROKONTROLER ESP8266 DAN SENSOR SOIL MOISTURE DI KAKTUS THREED LEMBANG Irman Hariman
Jurnal Teknologi Informasi Vol 2 No 2 (2022): Jurnal teknologi Informasi
Publisher : INSTITUT DIGITAL EKONOMI LPKIA

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Abstract There are many technologies that have been developed to meet the needs of human life, one of which is the smart greenhouse. Smart greenhouse is a building that is closed and equipped with automatic system equipment. In general, sunlight will not fully enter the greenhouse, this has a bad impact on the plants inside, especially for greenhouses that provide cactus plants. Soil moisture is water that fills all soil pores above the ground water surface. The use of soil moisture is as a water resource, drought early warning and irrigation planning. Lack of water in soil moisture can cause plant wilting. Based on this explanation, research was made with the theme of designing a soil moisture measuring instrument using a YL-69 soil moisture sensor using an ESP8266 microcontroller. This tool is connected to the android application as an interface medium to display the measured soil moisture value. The purpose of making this tool is to make it easier to monitor and control soil moisture. A maximum 200 word abstract in English in italics with Times New Roman 11 point. Abstract should be clear, descriptive, and should provide a brief overview of the problem studied. Abstract topics include reasons for the selection or the importance of research topics, research methods and a summary of the results. Abstract should end with a comment about the importance of the results or conclusions brief.
Implentasi Implementasi Algoritma Winnowing Sebagai Pemeriksaan Kemiripan Judul Skripsi Irman Hariman
Jurnal Teknologi Informasi Vol 2 No 2 (2022): Jurnal teknologi Informasi
Publisher : INSTITUT DIGITAL EKONOMI LPKIA

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Pengajuan judul skripsi merupakan proses yang mudah namun terkadang menjadi sulit. Banyak mahasiswa yang mengalami kesulitan dalam menentukan topik yang akan dibahas pada skripsinya. Hal ini karena adanya batas waktu untuk pengajuan judul skripsi dan penentuan tema skripsi. Berdasarkan dari permasalahan yang ada, maka diperlukan aplikasi yang dapat melakukan checker kemiripan judul skripsi sehingga dapat memberikan kemudahan bagi mahasiswa di Universitas Kebangsaan Republik Indonesia untuk mengajukan judul dan memeriksa tingkat kemiripan pada judul skripsi. Penelitian ini juga bertujuan untuk memberikan kemudahan bagi pihak fakultas dalam mengelola data judul skripsi yang ada dan yang akan diajukan oleh mahasiswa. Deteksi kemiripan judul skripsi dilakukan menggunakan Algoritma Winnowing yang merupakan ekstensi dari Rabin-karp dengan penambahan metode window untuk optimalisasi hasil yang lebih baik. Serta mampu memberikan validasi checker kemiripan dokumen judul skripsi pada Fakultas Ilmu Komputer dan Sistem Informasi di Universitas Kebangsaan Republik Indonesia menggunakan Algoritma Winnowing. Kata Kunci : Aplikasi, checker, winnowing
Sistem Kontrol Sistem Kontrol Lampu Pemanas Pijar Menggunakan Sensor LDR Dan DHT11 Pada Greenhouese Treed Irman Hariman
Jurnal Teknologi Informasi Vol 3 No 1 (2023): Jurnal teknologi Informasi
Publisher : INSTITUT DIGITAL EKONOMI LPKIA

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Perkembangan teknologi saat ini semakin pesat seperti smart greenhouse yang memadukan antara greenhouse dengan teknologi IoT atau Internet of Things. Greenhouse sendiri mengusung konsep bangunan tertutup untuk menjaga tanaman didalamnya dari pengaruh hama, sedangkan IoT mengusung konsep dimana suatu objek memiliki kemampuan untuk melakukan pengiriman data melalui jaringan internet tanpa adanya interaksi manusia secara langsung. Sinar matahari yang tidak masuk secara penuh kedalam greenhouse memiliki dampak kurang baik untuk tanaman didalamnya terutama untuk greenhouse yang menyediakan tanaman kaktus. Untuk dapat memberikan kebutuhan sinar matahari ketika malam hari atau musim hujan diperlukan alternatif lain supaya tanaman didalamnya tetap mendapatkan cahaya dan suhu yang cukup, yaitu dengan memadukan konsep IoT pada greenhouse, dengan begitu kebutuhan cahaya dan suhu akan dikerjakan oleh sensor dan para petani pun tinggal melakukan monitoring melalui aplikasi android sehingga para petani bisa mengetahui kondisi sensor ketika sedang bekerja atau mati. Sistem kontrol ini akan bekerja ketika sensor LDR tidak mendeteksi adanya cahaya matahari sehingga lampu pemanas pijar akan menyala. Kemudian sensor DHT11 akan mendeteksi suhu pada lampu pemanas pijar hingga suhunya mencapai lebih dari 32°C dan lampu akan dimatikan, sedangkan lampu akan dihidupkan kembali ketika suhu lampu pemanas pijar berada dibawah 18°C atau sensor LDR mendeteksi adanya cahaya kembali.
IoT Untuk Deteksi Kebakaran Implementasi Aplikasi Iot Sebagai Pendeteksi Kebakaran Dengan Multi-Sensor Berbasis Web Irman Hariman
Jurnal Teknologi Informasi Vol 3 No 2 (2023): Jurnal Teknologi Informasi
Publisher : INSTITUT DIGITAL EKONOMI LPKIA

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Fire is a problem that can occur anywhere, whether in office buildings, housing or public facilities. Delays in handling result in losses, whether it be loss of life or material. The occupants of the building must receive information or early warning when a fire occurs so they can evacuate immediately. The fire alarm system that is commonly used is a conventional fire system, but due to several reasons and certain factors, the fire alarm often does not work properly and actually sends a false alarm. In this research, there are 3 sensors, namely the MQ-2 sensor, TMP102 sensor, and flame sensor which are connected to the Arduino Uno microcontroller. The Arduino Uno microcontroller is embedded with a decision tree method as an output decision provider. There are 3 processes, namely the process of determining the dataset, forming a decision tree and forming rules. This system has 3 attributes that are used to detect condition status, namely temperature, fire light intensity and smoke content. From the results of several tests carried out, it is known that the percentage error in reading the TMP102 temperature sensor is 2.1% and the MQ-2 gas sensor can read indoor gas levels well, where the sensor reading value is directly proportional to the output voltage produced, namely the higher the smoke content. that is detected, the higher the sensor output voltage value. From the results of the flame sensor test, you can read the ADC detected by the sensor on the fire source based on the distance of the sensor to the fire source. In system testing using the Decision Tree method, a success percentage of 100% was obtained. This shows that the system can work well in determining room conditions based on input from sensors.
Pemandu Wisata Inovasi Aplikasi Pariwisata Cerdas Untuk Penyewaan Layanan Pemandu Wisata Di Lembang Hariman, Irman
Jurnal Teknologi Informasi Vol 4 No 1 (2024): Jurnal Teknologi Informasi
Publisher : INSTITUT DIGITAL EKONOMI LPKIA

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Abstract

This research aims to overcome challenges in the Indonesian tourism industry, which in fact faces classic problems such as lack of accessibility of information and references by developing a smart tourism application that supports integration with the smart city vision. With a qualitative approach and Extreme Programming (XP) methodology, research shows that integration of tour guide service preferences with other services is the main key. Therefore, the "Smart Tourism" system is proposed as a solution, which integrates various travel services into one complete application, providing a one-stop solution holiday service. The research results show that this application makes it easier for tourists to order tour guide services and other services, while providing a variety of preferences that can be personalized by the user and is supported by a decision support system (DSS) based on collaborative user filtering which improves the user experience. Keywords: tourism, smart city, smart tourism, ordering tour guide services.
Co-Authors Adang Sutisna Agun Raya Rabbani Andini Maharani Puspita Anggun Biduri Anisha, Luthfi Azhar Syams Aziz, Daniella Nazhira Christina Meilisa Daruwati, Marcela Deni Suprihadi Dian Gustiana Divani Ata Ardillah Hadikaryana, Oscar Heni Haryani Herlina, R. Lisye Indah N. D., Mutiara Indra Sutrisno Jentot Tugiyono Lia Purnamasari Lukman Nurhakim Marina, Rama Nainggolan, Roynes Rico Nandanael Nana Suryana Nazrien Meisya Nelsi Wisna Oscar Hadikaryana Purwadi Purwadi Putra, Adhitya Andriansyah R., Satrya R.Lisye Herlina Rahmadi Rahmadi Renny Sukawati Rizka Hayya Sabrina Rochmawati, Rochmawati Suharyanto Syahrina, Laily Syalsadila Putri, Inda Arva W, Warkianto Warkianto Widjaya Widayanti, Asti Y., Indriarto Yudi Taryana