Judul: Penyajian Gambar pada Sistem Informasi Geografi Kota Bogor Menggunakan Flex dan Google Maps API for Flash
Abstrak: There were several WEB GIS (Geographic Information System) researches at Computer Science Department with Bogor City as case study, such as Anggraeni (2008), Aini (2009), and Kusumasari (2009). Anggraeni developed that research using ALOV Map. The result of Anggraeni’s research was the geographic information system that displayed a map in the form of spatial data vector with shapefile format. Aini used Pmapper as a framework whereas Kusumasari used Flex as a framework. All of the researches were motivated by limited information about spatial data. Actually, Kusumasari can be developed to be better. This research was to develop Geographic Information System Bogor city using raster maps provided by Google Maps as a continuation of Kusumasari research. This system was built using Flex framework and Google Maps API for Flash. Spatial data that used for this research came from Anggraeni (2008) in a shapefile format. The functions of this system are able to display vector map that overlay on raster map, to display map description, to zoom in and zoom out, to overview map control, and show note about location such as images and address. Those functions provide an easy way for users to obtain location information needed.
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Judul: Sistem Tagging dinamis pada peta Kota Bogor menggunakan Flex dan Google Maps API
Abstrak: The goal of this research is to build a Geographic Information System (GIS) that allows particular users to add a place and street directly on the system, so the information that displayed by GIS will develop and more varied. Research method on this system refers to GIS development Guide developed by Department of Geography University at Buffalo. This GIS was developed using Flex and Google Maps API. In addition, this system provides search function, layer selection, optimum route searching and distance-based spatial query. Distance criteria in spatial query is not in Euclidean distance, but the optimum length of access road to get to the venue. Dijkstra’s algorithm was used mainly as a basis for searching optimum route and processing spatial query. Based on result of testing procedure, we can conclude that this system works well to tagging a place and street, visualize the optimum route and processing spatial query.
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Judul: Quail Blood Cholesterol Levels (Coturnix coturnix Japonica) On Starters, Growers and Layers phase
Abstrak: Cholesterol is one of fat formation components which is also the main sterol in animal tissues. Therefore its presence are contributing to development and growth of the body. This study aimed to determine blood cholesterol levels and body weight of quail in the starter,grower and layer phases, which were taken at the age of 18 days, 25 days and 330 days. The quail (Coturnix coturnix Japonica) used were ten tails of the starter phase, grower phase and layer phase. Blood cholesterol levels were measured using a NESCO MultiCheck 3 in 1 tool and body weight was calculated using a digital scale. Cholesterol levels decreased from the starter (158,40 mg/dL) phase to the grower phase (123,00 mg/dL) and increased again in the layer phase (219,6 mg/dL). The highest blood cholesterol value was obtained in the layer phase. The body weight over time continued to experience an increase and the increase in body weight from the starter to the layer phase was not followed by an increase in cholesterol levels. Cholesterol levels are used according to their physiological needs, Kolesterol merupakan salah satu komponen pembentuk lemak yang juga merupakan sterol utama dalam jaringan hewan, oleh karena itu kehadirannya memberikan kontribusi untuk perkembangan dan pertumbuhan tubuh. Penelitian ini bertujuan untuk mengetahui kadar kolesterol darah dan bobot badan burung puyuh pada fase starter, grower dan layer, yang diambil pada umur 18 hari, 25 hari dan 330 hari. Burung puyuh (Coturnix coturnix Japonica) yang digunakan sebanyak sepuluh ekor pada masing-masing fase starter, fase grower dan fase layer. Kadar kolesterol darah diukur menggunakan alat NESCO MultiCheck 3 in 1 dan berat badan dihitung menggunakan timbangan digital. Kadar kolesterol menurun dari fase starter (158,40 mg/dL) ke fase grower(123,00 mg/dL) dan meningkat lagi pada fase layer(219,6 mg/dL). Nilai kolesterol darah tertinggi diperoleh pada fase layer. Bobot badan dari waktu ke waktu terus mengalami peningkatan yang dan peningkatan bobot badan dari fase starter ke fase layer tidak diikuti dengan peningkatan kadar kolesterol yang artinya bobot badan tidak berpengaruh pada kadar kolesterol burung puyuh. Kadar kolesterol digunakan sesuai dengan kebutuhan fisiologisnya
Keyword: blood cholesterol, maintenance phase, quail