Judul: Implementasi Sistem Informasi Tanaman Hias Lanskap dengan Teknologi Cloud Computing
Abstrak: Landscaped land cultivation is relevant anywhere in our neighborhoods. The landscaped feature in this research is aimed to create magnificent and fashion landscape architecture of flowers and ornamental plants as well as an effort to conserve the environment. However, great number of diversity and unique characteristics of flowers and ornamental plants requires proper fitting of the selected flowers and ornamentals plants within the landscape. The information system (IS) establishment of digitalized flowers and ornamental plants is one solution to cope with this constriction. The IS developed is targeted to help out and as a tool for general end users and specific end users such as landscape architect. The established IS is further called “Sistem Informasi Tanaman Hias Lanskap” (De’Flava) and is a web-based IS. De’Flava employs cloud computing technology i.e. the platform as a service (PaaS) type. The uses of PaaS type is to support the IS application development in an attractive manner for the end users in term of its service allowed. The development method follows planning, analysis, design, implementation, and support phases. The result is De’Flava IS that can be accessed at end users pace of time and locations.
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Judul: Development of information systems design landscape medicinal plants in cloud computing
Abstrak: Sistem bertujuan memberikan akses informasi mengenai desain lanskap tanaman obat keluarga yang dapat digunakan sebagai inspirasi tidak hanya bagi masyarakat berlatar belakang arsitektur lanskap tetapi juga bagi masyarakat pada umumnya. Pada penelitian ini, dikembangkan Sistem Informasi Taman Tanaman Obat Keluarga (SITOGA) menggunakan teknologi cloud computing dengan layanan Platform as a Service (PaaS). Hasil pengembangan sistem adalah desain taman sesuai dengan penyakit tertentu, perkiraan anggaran taman, dan resep yang dapat diracik dari komponen pada taman tersebut. Pengguna dapat memilih penyakit diabetes kemudian sistem menampilkan gambar desain taman diabetes. Pada gambar desain, pengguna dapat melihat informasi tanaman obat dengan mengklik objek tanaman yang ada. Sistem juga menampilkan harga tanaman, volume tanaman yang dibutuhkan, dan total perkiraan biaya pembangunan taman. Sistem juga menampilkan daftar resep (contoh: ramuan tapak dara sebagai obat bagi penderita diabetes) dan cara pengolahannya. Jika pengguna merasa ukuran taman terlalu luas, pengguna diberikan pilihan untuk mengurangi luas taman dengan cara mengurangi rasio ukuran taman. Rasio yang disediakan yaitu 25%, 50%, dan 75% dari ukuran awal., The system aims to give access of information on the design of medicinal plants garden for specific and general users. This research develops a system called SITOGA that utilizing cloud computing technology of Platform as a Service (PaaS) type. SITOGA portrays garden design, budget estimation, and medicinal recipes which can be made from the medicinal plants of the garden. User can choose diabetes disease. Next, the system will provide diabetic garden design. On the design figure, user can explore the informations of the medicinal plants presented by clicking the objects. The system also presents plants price, plant volume, and total budget estimation to build the garden. In addition, the system presents recipe list (example: ramuan tapak dara as a medicine for diabetics) and the technique to implement the recipe. If the users think that the size of garden is too wide, they can cut it off by select the ratio of their garden size. The offered ratio are 25%, 50%, and 75% of its original size.
Keyword: cloud computing, tanaman obat keluarga, platform as a service, desain taman

Judul: Profil Antibodi IgM dan IgG pada Beruk (Macaca nemestrina) setelah Diinfeksi Virus Dengue Serotipe-3 (DEN-3) melalui Rute Intravena
Abstrak: The aim of this study was to detect IgM and IgG in pig-tailed macaques (Macaca nemestrina) primarily innoculated by Dengue virus serotype-3 (DEN-3) by intravenous route. A total of 84 plasma samples were examined in the study. Plasma samples were taken on day 0 before infection, followed by plasma collections on day 1 through day 13 post infection. The obtained plasma samples were analyzed using indirect ELISA test. The results showed the increasing titer of IgM started on day-3 post infection with its peak occurred on day 11 post infection and started to decline afterward; while the IgG titer started to increase on day 6 or day 7 post infection and continue to increase until the day 13 post infection. These results showed that in a primary infection of DEN-3 byintravenous route, the tendency of IgM titer increase was higher than the IgG titer increase; also shown that the IgM titer increase was occured earlier than IgG. The profile of IgM and IgG antibodies is outlined in this study.
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