Judul: He development of Fuzzy Query module on Fuzzy Database Management System
Abstrak: The data and information use are increased with case of those technology is IT (Information Technology), needed to handling fast data and user management. One of the alternative solution to handle those issue is database system. Data can be represented into two types, which are crisp and fuzzy. Data or information with fuzzy data can have more than one purpose and unsolved with logical processing. Until now, data management are still in crisp type, and also doesnot support fuzzy data representation, therefore the research conduct to built system to get data by fuzzy query at RDBMS. The application development consists of the following steps: planning, analizing, designing, implementation, and testing. Hypotetics data are used to test the system. The hypotetics data are cellphone features, where it can be represented into fuzzy set. Two main functions in this research are determining limit of fuzzy sets that can be done by input the parameters, and query structure in fuzzy according to syntax that have been defined. To process fuzzy query, first we transformed fuzzy query into SQL form. The result of this research is to define limits, graphic of membership function, and also data that proceded from fuzzy query process, fuzzy attribute and degree that descend arranged. Keyword: fuzzy database, query fuzzy
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Judul: Develoment of a spatial database management system using object-relation database and web technology
Abstrak: The increasing need of spatial data and the complexity of GIS analysis, has affected the importance of the availability GIS data as well as the method to provide the GIS data become a great challenge to meet the user needs. The utilization of Information Technology, especially Internet, has affected to the effectiveness of GIS data sharing, dissemination and how the data accessed and manipulated. Most of spatial database management manages the GIS data separate descriptive data management from geospatial data management (hybrid approach), which sometimes implies difficulties in data management such as querying, recovery, optimization and geometric computations. The objectives of this research are to; [1] develop a system of spatial database management using object-relational database and web technology, [2] develop a system and tools to store, access, retrieve and use the integrated spatial database. To avoid the weakness of hybrid approach, an integrated approach spatial database management system was used in this research. By taking the strength of Object Relational Database in managing complex process and complex querying, a web based application has been built to provide the front-end application to access GIS data through Internet/Intranet. The application system has some functionality such as: spatial database and meta- database management, spatial data and metadata catalog and presentation, and user management. By using this application system, both of data type can be managed in integrated approach, which means that all data stored within the same database management system, and keep the close relation between spatial data and attribute data or metadata. This approach is much better than hybrid approach in spatial database management system. Currently, the application system only handle shapefile data format. Even the map file and legend can generate dynamically (on the fly) by the application, but it is limited for geomorphology theme only. It is recommended to improve these capabilities to accept more different data format and improve the data sharing function (clearinghouse) by applying Z.39 protocol...dst
Keyword: Spatial database management, Object relational database, Database normalization, Geospatial metadata

Judul: Efikasi Vaksin Streptococcus agalactiae dengan Dosis Berbeda dan Proteksinya terhadap Strain Bakteri Berbeda untuk Pencegahan Streptococcosis pada Ikan Nila
Abstrak: Streptokokosis adalah penyakit bakterial utama yang menginfeksi ikan nila Oreochromis niloticus. Penelitian ini bertujuan untuk menguji efikasi vaksin Streptococcus agalactiae strain S2 dengan beberapa dosis yang berbeda untuk mencegah penyakit streptokokosis pada ikan nila O.niloticus yang disebabkan oleh strain bakteri berbeda. Ikan nila yang digunakan memiliki panjang 11.48±0.49 cm dan bobot 24.39±2.16 gram. Inaktivasi vaksin menggunakan NBF (Neutral Buffered Formalin) sebanyak 3% dari volume total. Vaksinasi dilakukan dengan menginjeksikan 0.1 mL per ekor dengan dosis 109, 108, dan 107 CFU dan ikan kontrol disuntik dengan PBS sebanyak 0.1 mL secara intraperitoneal kemudian dipelihara selama 30 hari. Ikan nila diuji tantang dengan menginjeksikan 0.1 mL per ekor S. agalactiae strain S1, S2, dan S3 dari stok bakteri patogen dengan dosis 106 CFU ekor-1 dan ikan kontrol disuntik dengan PBS secara intraperitoneal, kemudian dipelihara selama 14 hari. Berdasarkan parameter kelangsungan hidup relatif, vaksin strain S2 pada dosis 107, 108, dan 109 CFU ekor-1 mampu memproteksi ikan nila yang diuji tantang strain yang setipe dengan menghasilkan nilai kelangsungan hidup relatif masing-masing sebesar 100%, 100%, dan 88,89%. Uji tantang dengan strain S1 dan S3 menghasilkan nilai kelangsugan hidup relatif lebih rendah dibandingkan dengan S2 meskipun menghasilkan lebih dari 50% kelangsungan hidup relatif. Vaksin mampu menginduksi sistem kekebalan tubuh ikan dengan baik terhadap infeksi S. agalactiae yang sama atau berbeda strain.
Keyword: formaline-killed cell, ikan nila, non-hemolitik, strain