INTISARI Kota Muntok adalah ibukota Kabupaten Bangka Barat memiliki destinasi wisata yang menjadi unggulan wisata karena banyaknya destinasi wisata mulai dari alam yaitu pantai dan bukit serta sejarah dengan adanya pesanggrahan tempat pengasingan Ir. Soekarno dan Moh. Hatta, kuliner, budaya, dan lainnya. Promosi destinasi wisata yang ada di Kota Muntok dengan menggunakan Internet menjadi penting untuk meningkatkan pariwisata yang ada di Kota Muntok serta diharapkan mendorong pertumbuhan ekonomi di Kota Muntok. Dalam penelitian ini, fokus adalah pemanfaatan Internet dan aplikasi android serta membangun sistem informasi pariwisata sebagai ajang memperkenalkan destinasi wisata yang ada di Kota Muntok yang dijadikan tujuan wisata untuk menarik wisatawan untuk berkunjung ke Kota Muntok. Sistem informasi pariwisata ini berisikan informasi untuk destinasi wisata yang ada di Kota Muntok sehingga orang tertarik berkunjung ke Kota Muntok serta memudahkan wisatawan ketika berkunjung ke Kota Muntok. Sistem informasi pariwisata ini dapat diakses via Internet dan dapat dibuka dengan menggunakan smartphone android ditambah tampilan camera 360. Kata Kunci: Pariwisata, Camera 360, Sistem Informasi, Android
Of the total disturbances that occur in Lampur feeder, most of disturbance are caused by temporary disturbance whose source of disturbance is unknown/not found. Only relying on sense of sight to find the source of disturbance results in a disturbance occurring repeatedly without a solution to resolve the disturbance and inefficient in the process of finding the location of the disturbance. With middle voltage air feeder inspection management, the location of the source of the disturbance can be found. Disturbance point search process with inspection management consists of mapping medium voltage air feeder using distribution software and detailed search in the field with ultrasonic tools. The results of this inspection management can reduce temporarily disturbance and also reduce energy not sale (ENS) on Lampur feeder.
Bees have the characteristics of always moving and will settle in one place because of the source of nectar. Bees use smells (pheromones) as a means of communication. In addition, bees also communicate through body movements called dances waggle and have a frequency range of 200 Hz - 300 Hz. Communication on bees serves to contain information about what will be done by a bee colony. Therefore the authors assume that honey bees can be called. So it is necessary to design a tool that can summon honey bees using the caller’s voice and the aroma of honey. The tool is controlled using Bluino and the Blynk app. The test was carried out using the caller’s voice in the frequency range of 265.9 Hz – 297.2 Hz which was obtained from the sound recording process in the bee colony Apis cerana, so the focus of this research was the process of calling bees Apis cerana. The aroma used is the aroma of resisting honey, the aroma of sugar water, and the aroma of bee attractants. From the results of testing using three kinds of scents for 7 days, the number of bees is called as follows. The aroma of honey against 837 tails, the aroma of sugar water 758 tails, and the aroma of attractant bees 118 tails. Based on the results of the study, the bee-calling device using the aroma of resisting honey was more dominant to use.
Pembangkit Listrik Tenaga Surya (PLTS) yang dimiliki Universitas Bangka Belitung merupakan sumber energi alternatif yang ada saat ini. Energi yang dihasilkan selain untuk memenuhi kebutuhan energi listrik pada gedung, juga digunakan sebagai sumber energi listrik bagi lampu taman. Lampu taman selain berfungsi sebagai penerangan, tentunya juga dapat menambah nilai estetika kampus. Salah satu upaya untuk mengoptimalkan keberadaan lampu taman yakni dengan inovasi pada pengendalian lampu taman tenaga surya dengan menggunakan Internet of Things (IoT). Dari hasil perancangan yang dilakukan pengukuran pada lampu taman, didapatkan nilai tegangan rata-rata berdasarkan pengukuran sensor 14,39 V, arus rata-rata 0,81 A, daya rata-rata 11,65W. Untuk kondisi pengukuran berdasarkan multimeter didapatkan nilai tegangan rata-rata 13,41 V, nilai arus rata-rata 0,76 A, nilai daya rata-rata 10,19 W.
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