Judul: Anotasi Morfologi Spesimen Belalang (Valanga Nigricornis) Di Museum Serangga Dengan Realitas Tertambah
Abstrak: Penelitian ini dilakukan untuk mengembangkan prototipe aplikasi realitas tertambah yang dapat menampilkan informasi spesimen serangga secara interaktif. Tahapan yang dilakukan dalam penelitian ini meliputi pemilihan informasi dan interaksi yang tepat untuk diimplementasikan, dan pengembangkan prototipe aplikasi realitas tertambah. Pemilihan informasi dan interaksi dilakukan dengan cara mewawancarai kepala museum serangga. Hasil dari wawancara menentukan pilihan interaksi yang diimplementasikan. Berdasarkan hasil wawancara, informasi yang ditampilkan ialah informasi morfologi belalang, dengan skenario interaksi jogging. Informasi ditampilkan dengan cara memberikan anotasi kepada spesimen belalang. Aplikasi berhasil menampilkan anotasi untuk spesimen spesifik. Aplikasi dibangun dengan menggunakan Metaio Creator.
Keyword: anotasi, morfologi, museum, realitas tertambah, serangga

Judul: Augmented Reality Application Prototype for The IPB Insect Museum Using Unity and ARCore Image Tracking
Abstrak: Serangga berperan penting dalam kehidupan manusia sehingga diperlukan sebuah museum yang dapat menampung dan menyajikan informasi tentang keanekaragaman serangga tersebut kepada masyarakat. Museum Serangga Institut Pertanian Bogor memiliki banyak informasi dari aneka spesies serangga yang ada di Indonesia, tetapi interaktivitasnya masih terbatas. Penelitian ini mengembangkan sebuah prototipe aplikasi Android berbasis augmented reality (realitas berimbuh) menggunakan Unity untuk memberikan sarana interaktif bagi pengunjung. Pengembangan menggunakan metode image tracking agar pengguna bisa berinteraksi dengan spesimen di museum dengan mengarahkan kamera ke spesimen yang ingin dikenal lebih lanjut. Besarnya sudut pindai mempengaruhi tingkat keberhasilan rekognisi citra pada image tracking. Hasil pengujian menunjukkan bahwa metode image tracking dapat digunakan dengan baik pada sudut pindai 0° ketika diterapkan pada serangga yang berbentuk tiga dimensi yang terdapat di Museum Serangga IPB. Intensitas cahaya, jarak pindai, dan fokus kamera menjadi faktor lain yang mempengaruhi keberhasilan rekognisi. Responden menilai informasi pada aplikasi yang hasilkan masih umum dan perlu ditambah., Insects play an important role in human life, so we need a museum that can accommodate and present information about the diversity of insects to the public. The IPB University Insect Museum has a lot of information on various insect species in Indonesia, but its interactivity is still limited. This research develops an Android application prototype based on augmented reality using Unity to provide an interactive tool for visitors. The development uses image tracking method so that users can interact with the specimens in the museum by pointing a smartphone camera at the specimen they want to know more. The size of the scan angle affects the success rate of image recognition in image tracking. The test results show that image tracking method can be used properly at a scanning angle of 0° when applied to 3-dimensional insects in the Insect Museum of IPB University. Light intensity, scan distance, and camera focus are other factors that affect recognition success rate. Respondents assessed that the information on the application that was produced was still general and needed to be added.
Keyword: Android, Augmented Reality, Image Tracking, Insect, Museum

Judul: Relationship between Energy· Intensity and Income per Capita: A Comparative Study on Ten Asia Pasific Countries
Abstrak: Energy availability and consumption play an important and strategic role in generating economic growth. One common measurement used in analyzing energy-GOP relationship is energy intensity, which is the amourit of energy required to produce a unit of income (GDP). This research examines relationship between energy intensity and income per capita for ten Asia Pacific countries with various economic performances over the period of 1980-2005. Using static and dynamic panel data models, energy consumption and energy intensity arc expressed as quadratic logarithmic function of income per capita, squared income per capita, and energy price. As a result, the long run coefficient of income per capita is greater than one and the long run coefficient of squared income per capita is negative. It describes that energy intensity has quadratic relationship with income per capita, and indicating a change in trend of energy intensity. This research also analyzes responses of energy consumption and energy intensity to the change of energy price and income per capita in both the short run and long run. The price elasticity is negative and very inelastic; it means the response of energy consumption with respect to the change in energy price is relatively low. However, the estimation results are also show that the income elasticity is positive but tends to decrease over time. Here, the estimated value of income elasticity varies across countries where the high income countries have lower elasticities than those of the middle-low income countries.
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