ABSTRAKPerkembangan administrasi setelah Orde Baru pemerintah telah menghapus tingkat Karesidenan di Indonesia termasuk Karesidenan Surakarta. Akibatnya nama Karesidenan Surakarta berubah menjadi Eks-Karesidenan Surakarta atau Wilayah Solo Raya. Wilayah Solo Raya terdiri dari tujuh Kabupaten tiga di antaranya berbatasan langsung dengan kota Solo yaitu Boyolali, Sukoharjo dan Karanganyar. Tiga yang lain tidak berbatasan langsung yaitu Wonogiri, Sragen dan Klaten. Masing-masing daerah memiliki slogan, tempat wisata dan makanan khas yang berbeda, namun masih banyak masyarakat yang kurang mengenalnya. Hasil observasi menunjukkan bahwa kebanyakan anak-anak usia sekolah dasar belum mengetahui daerah-daerah mana saja yang masuk dalam daerah Solo Raya. Saat ini teknologi semakin berkembang secara pesat dan penggunaan gadget dapat difungsikan sebagai media edukasi. Dalam penelitian ini telah dikembangkan Game Edukasi berjudul "Petualangan Gembul" untuk mengenal daerah di Solo Raya Berbasis Android. Metode yang digunakan dalam pengembagan game ini adalah Software Development Life Cycle (SDLC) Water Fall dimulai dari analisis, perancangan, pembuatan, pengujian dan pemeliharaan. Model permainan yang disajikan level pertama berupa adventure yang dilengkapi latar belakang daerah khas masing-masing, level kedua berupa kuis tanya jawab dan level ketiga berupa game puzzel yang berisi foto khas daerah untuk ditata ulang. Pengujian yang dilakukan meliputi pengujian perangkat terhadap 3 perangkat android yang berbeda spesifikasinya dan pengujian hasil pembuatan game melalui kuisioner dalam aspek penyampaian informasi dan desain visual game. Hasil penelitian menyebutkan bahwa 75% game tersebut memudahkan dalam mengenal daerah Solo Raya dan 79% menyebutkan bahwa tampilan game tersebut menarik. ABSTRACTGovernment administration after "Orde Baru" era has removed the residency level "Karesidenan" in Indonesia, including Surakarta. As a result, the name of Karesidenan Surakarta changed into Ex-Karesidenan Surakarta or Solo Raya region. Solo Raya region consists of seven districts where the three of them are directly adjacent to the city of Solo, namely Boyolali, Sukoharjo and Karanganyar. Three other districts are not directly adjacent such as Wonogiri, Sragen and Klaten. Each region has differnet slogan, sights and food specialties. From observation's result shows that most children of primary school age do not yet know which areas are included in the area of Solo Raya. Currently the technology is growing rapidly and the use of the gadget can be used as a education medium. In this research, Android based educational game titled "Adventure of Gembul" is developed to know the area in Solo Raya. The method used in this game is the Software Development Life Cycle (SDLC) Water Fall method which begins with the analysis, design, manufacture, testing and maintenance. The first level of the game is adventure has typical background of each region, the second level in the form of a question and answer quiz and third level in the form of a puzzle g...
One of the problems in agriculture is the difficulty of monitoring agricultural field because its location is far from the farmer’s house. Factors affecting agricultural crops are air temperature and soil moisture. Both factors are important to be maintained so that agricultural output can be optimized. LoRA is a spread spectrum modulation technique derived from spread spectrum chirp technology and the first low cost implementation of spread spectrum chirp. LoRA s able to transmit data within a distance of 7.5 km with a frequency of 433 MHz. In this study, machine-to-machine method with LoRA technology was used to send air temperature and soil moisture data. This method is advantageous because communication can be carried out at frequency of 433 MHz and thus does not depend on cellular frequencies. Monitoring via the internet can be done by connecting LoRA with the ESP32 microcontroller which connected to an access point for sending data online through the Ceyene application. Test environment is build by giving variations in air temperature and variations in the depth of the sensor that was planted in the soil. The research proves that monitoring of soil temperature and humidity can be done with LoRA technology at a low cost.
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