Obtain the design ammonia gas detection system (NH3) for and obtain information on the performance of the ammonia gas detection system (NH3) for the safety of the production room in the Atmega 328P-based shrimp processing industry. The software design will be carried out in research includes software design for the microcontroller to the LCD and the fan circuit. The microcontroller software of instructions that will be executed by the microcontroller for controlling ADC, LCD and fan circuits. This research software is made using the BASCOM language and the AvrOsp II compiler. The design of the ammonia gas detection system (NH3) for the safety of the production room in the Arduino-based shrimp processing industry can already be used because it has passed a feasibility test on the user and design aspects which include the efficiency and level of accuracy of the sensor on the Arduino-based Ammonia gas detection system. and obtained a value of 91.7% with a decent category. The feasibility test of all aspects assessed can be categorized as feasible with a percentage of 90.5%.
De-Djawatan Tourism Destinations are known by various tourists both local and non-local with their natural beauty in the form of large and lush trees that are still beautiful or natural. De-Djawatan tourism does not yet have detailed information either manually or digitally related to the biological and general classification of plants in that location. As smartphone technology develops, the information needed to be very easy to obtain. QR Code is one method to obtain complete information. QR Code is a type of two-dimensional image that displays data in the form of text. This community partnership program aims to provide appropriate technology in the form of the QR code method in determining the identification of plants found in De-Djawatan tourist destinations. This aims to make it easier for tourists to find information on various plants both biologically and in general. The stages of program implementation start from the observation stage, media creation, and implementation. The results of this program using the QR Code can include the identity of the identification results of plants, such as division, order, family, genus and species of plants in the De-Djawatan location. In this QR Code method there are features such as Home, Collection, and Admin. Before the QR Code is created, the document data is encrypted and then used as a QR Code. The result of scanning the QR Code is in the form of a Uniform Resource Locator (URL) that points to the document data. When the URL is executed on the web browser, the system performs a description of the URL, then it is matched with the database, and then displayed to the web browser. The final result is a Document Validation application in the form of a QR Code which is used to convey plant identification information, such as division, order, family, genus and species of plants.
Banyuwangi Regency is one of the participating districts in order to accelerate local economic growth through the tourism industry. Banyuwangi Regency has a very diverse appeal in the tourism sector. There are natural sights such as beaches, mountains, forests, national parks, culture, and others. Grand Watudodol Beach is a beach that has trip packages for water tourism to Menjangan Island and Tabuhan Island. The tour package is only focused on water travel, but the beach (costal) has not been explored much and the visitors just sit back and do not enjoy the natural resources available at Grand Watudodol. In the digital age, the use of technology as a means of promotion, especially for the world of tourism, has become one of the marketing strategies. One of the uses of this technology is the creation of tour package barcodes at Grand Watudodol. A bar code (or barcode) is a collection of data that can be read by a machine, this barcode works by the system collecting data in widths (lines) and space parallel lines which is referred to as a barcode or linear symbology. Based on the results of community service activities, it was found that the use of barcodes in the medium for conveying information on tour packages can attract buyers, especially the effectiveness in displaying package descriptions to make it easier and more efficient so that tourism business development can compete.
Abstrak - Pada dasarnya metode monitor dan kontrol kondisi kandang ayam dengan menggunakan tenaga manusia sepenuhnya sudah berjalan dari dulu. Tapi hal itu dirasa kurang praktis dan efisien dalam segi waktu dan tenaga dari manusia secara langsung, terutama terhadap pemilik kandang. Sehingga perlu dibuatkan alat yang dapat meminimalisir hal tersebut menggunakan teknologi praktis. Pada penelitian ini dibuatlah sebuah alat yang dapat digunakan di peternakan sebagai salah satu solusi agar peternakan dapat dikelola dengan efisien. Alat tersebut memanfaatkan Wireless Sensor Network berbasis microcontroller NodeMCU ESP8266. Dalam hal ini kita akan melakukan penelitian terlebih dahulu dalam bentuk prototipe. Pada prototipe akan dipasang sensor suhu dan kelembaban DHT22 dan beberapa aktuator dalam bentuk relay untuk mengontrol perangkat kandang seperti kipas angin dan lampu. Perangkat tersebut akan dihubungkan dengan internet sehingga monitoring dan kontrol perangkat dapat dilakukan dengan menggunakan website secara online. Hasil dari pengujian sistem berdasarkan tingkat akurasi dan kecepatan pengiriman data yang dilakukan selama 10 kali pengambilan data didapatkan hasil bahwa semua data dapat terkirim tanpa satupun kehilangan data serta dengan kecepatan pengiriman antara software ke hardware dengan kecepatan 1,4 detik dengan kecepatan akses internet sebesar 2,8 Mbps serta kecepatan pengiriman data dari hardware ke software berada pada 3 detik. Kata kunci : DHT22, NodeMCU ESP8266, Wireless Abstract - Basically, the method of monitoring and controlling the condition of the chicken coop by using fully human power has been running for a long time. But it is considered less practical and efficient in terms of time and energy from humans directly, especially to the owner of the cage. So it is necessary to make tools that can minimize this using practical technology. In this research, a tool that can be used on farms is made as a solution so that farms can be managed efficiently. The tool utilizes a Wireless Sensor Network based on the NodeMCU ESP8266 microcontroller. In this case we will do research first in the form of a prototipe. The prototipe will install a DHT22 temperature and humidity sensor and several actuators in the form of a relay to control enclosure devices such as fans and lights. The device will be connected to the internet so that monitoring and control of the device can be done using an online website. The results of system testing based on the level of accuracy and speed of data transmission carried out for 10 times of data retrieval showed that all data could be sent without any data loss and with the speed of sending between software to hardware at a speed of 1.4 seconds with an internet access speed of 2, 8 Mbps and the speed of data transmission from hardware to software is 3 seconds. Keywords: Attendance System, NodeMCU ESP8266, Website
Produk kerajinan bambu menjadi salah satu citra pariwisata unggulan bagi Pemerintah Daerah Kabupaten Banyuwangi. Penerapan teknologi produksi dan digitalisasi pemasaran akan berdampak pada peningkatan keunggulan unit usaha kecil menengah (UKM). Sebagai salah satu sentra utama kerajinan Bambu di Kabupaten Banyuwangi, Kampoeng Batara, Papring adalah UKM yang mengalami dampak ekonomi akibat pandemi Covid-19. Kondisi ini berpengaruh terhadap keberlanjutan usaha mitra. Hasil identifikasi menunjukkan terjadi penurunan permintaan pasar yang membuat mitra mengalami kehilangan omset hingga mencapai 80%. Disisi lain mitra tidak memiliki alternatif pasar karena keterbatasan jenis produk dan pengetahuan tentang pengelolaan pasar digital. Solusi yang diterapkan yaitu peningkatkan inovasi dan efisiensi produksi melalui penerapan teknologi produksi, dan sarana pemasaran produk berbasis digital. Metode pelaksanaan program kemitraan masyarakat dilakukan dalam bentuk penerapan teknologi mesin bubut dan penerapan teknologi promosi dan pemasaran berbasis web e-commerce. Hasil kegiatan menunjukkan bahwa melalui teknologi mesin bubut telah memberikan penambahan variasi produk baru berupa mangkuk, gelas, dan kerajinan diluar dari variasi anyaman yang sudah biasa diproduksi. Mitra juga mampu memanfaatkan teknologi e-commerce sebagai media untuk mengenalkan produk kerajinan serta memberikan informasi secara detail tentang identitas UKM yang berdampak pada peningkatan daya saing mitra.
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