Judul: Pengembangan Perangkat Lunak Bantu Untuk Pembuatan Grid Pada Peta
Abstrak: Map in paper form is still used as device that can help to find a location in the earth. One of the most important map components is a map grid. This research is a software development for creating map grid that exist before. The pnrpose of this research is to create an application program, using System Development Life Cycle (SDLC) as method, that can make user easier to input data compared with the last application program that only permit user to input number of Indonesian Earth Surface Map (peta Rupa Bumi Indonesia) that made by The National Coordinating Agency For Surveys and Mapping (Bakosurtanal). The input data for this application program is a geographic coordinate value ofthe map. The result of map grid has coordinate projecting Universal Transverse Mercartor (UTM). This research also compares the grid result from the last application and the present one. The result shows that there have been a difference between the last application and the present one about 3.7 x 10·' % for each coordinate value. With that percentage, it can be concluded that the difference of the two results are not too significant.
Keyword: 

Judul: Implementasi Algoritme Grid Based Area Skyline Menggunakan Google Maps pada Aplikasi Berbasis Mobile
Abstrak: Pemilihan lokasi untuk usaha maupun tempat tinggal adalah kueri yang sangat penting dalam kehidupan sehari-hari. Secara umum, suatu lokasi dikatakan baik jika berada dekat dengan fasilitas-fasilitas yang menguntungkan yang akan memberi nilai tambah pada lokasi tersebut, dan berada jauh dari fasilitas-fasilitas yang akan mengurangi nilai dari lokasi tersebut. Umumnya kueri pemilihan lokasi membutuhkan kandidat lokasi untuk dipilih yang didapat dari hasil survey. Namun seringkali survey tidak dapat dilakukan karena adanya berbagai masalah teknis. Grid-based Area Skyline (GASKY) adalah algoritme yang dapat digunakan untuk memilih area yang diinginkan tanpa harus memiliki kandidat lokasi. Sayangnya GASKY belum digunakan secara luas karena belum diimplementasikan dalam sebuah platform yang familiar dengan masyarakat. Penelitian ini bertujuan untuk mengimplementasikan algoritme GASKY pada Google Maps sebagai platform pencarian lokasi yang sudah sangat terkenal di masyarakat pada aplikasi berbasis mobile. Hasil dari penelitian ini adalah sebuah sistem pemilihan area menggunakan Google Maps tanpa harus memasukkan kandidat lokasi. Implementasi sistem dengan menggunakan bahasa pemrograman Javascript dan framework react native serta pengembangan algoritmanya memanfaatkan bahasa pemrograman python dan framework Flask untuk mengintegrasikan algoritma GASKY serta hasilnya ke dalam sistem mobile yang telah dibuat. Sistem yang dihasilkan berbasis mobile sehingga memudahkan masyarakat luas dalam penggunaannya kapan saja dan di mana saja., The location selection for business or residence is a very important query in daily life. In general, a location is said to be good if it is close to desirable facilities that will add value to the location, and is far from facilities that will reduce the value of the location. Generally a location selection query requires a candidate location to be selected which is obtained from the survey results. However, often the survey cannot be carried out due to various technical problems. Grid-based Area Skyline (GASKY) is an algorithm that can be used to select the desired area without having to have a candidate location. Unfortunately, GASKY has not been widely used because it has not been implemented in a platform that is familiar to the public. This study aims to implement the GASKY algorithm on Google Maps as a location search platform that is very well known in the community as mobile-based application. The result of this research is an area selection system on Google Maps without having to enter a candidate location. Implementation of the system using the Javascript programming language and the React Native framework and the development of the algorithm using the Python programming language and the Flask framework to integrate the GASKY algorithm and its results into the mobile system that has been created. The resulting system is mobile based, making it easier for the wider community to use it anytime and anywhere.
Keyword: Google Maps, Grid Area Skyline, location selection, Skyline Query

Judul: Performa Karkas dan Profil Asam Lemak Daging Entok (Cairina moschata) Umur 8 Minggu pada Peternakan Tradisional di Kabupaten Bogor
Abstrak: Muscovy duck (Cairina moschata) is one of poultry that the weight of body can reach 3.5 kg to 6 kg. These advantages should make this waterfowl as a source of protein for food. However, the cultivation are not optimal, because of the lack information of feed nutrients and nutrient content of muscovy meat. This study was aimed to determine the nutrient content of feed which commonly given by the traditional muscovy breeder, carcass performance was and characteristics of fatty acids at 8 weeks of age of muscovy duck meat. This study was conducted through asking quesionaers to traditional breeders in Bogor, feed sampling, and laboratory analysis. The informations showed that generally feed which given to the muscovy in 6 traditional breeders have a low content of crude protein ranged between 9.03% - 11%. The low nutrient content of feed cause a low weight body in muscovy duck. Male duck has a higher weight than the female duck. Muscovy meat contains some saturated and unsaturated fatty acids (MUFA and PUFA) are both fairly high abortion. UFA concentration are higher more than SFA concentration. Palmitic acid and Steraic acid which is a saturated fatty acid, Oleic acid is a monounsaturated fatty acid, and Linoleic acid is an unsaturated fatty acid are some fatty acids in highly concentrations produced muscovy breast meat and thigh male. The amount of fatty acids respectively reached 16.62%, 6.26%, 30.30%, and 11.98%. The concentration of fatty acids in thigh meat tended to be higher than the concentration of fatty acids in breast meat.
Keyword: Bogor Agricultural University (IPB), fatty acid, males and females muscovy duck, carcass, feed, Cairina moschata