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"This book covers everything from design logic that business users will understand, all the way to the physical implementation of design in a SQL server database. Grounded in best practices and a solid understanding of the underlying theory, Louis Davidson shows how to “get it right” in SQL server database design and lay a solid groundwork for the future use of valuable business data. Gives a solid foundation in best practices and relational theory. Covers the latest implementation features in SQL server. Takes you from conceptual design to an effective, physical implementation."

"Indonesia merupakan negara yang paling rawan bencana alam di dunia. Setiap orang yang menjadi korban bencana dan mengungsi berhak mendapatkan bantuan pemenuhan kebutuhan dasar yang dikoordinasi oleh Badan Nasional Penanggulangan Bencana (BNPB). Distribusi bantuan tersebut menyangkut hajat hidup orang banyak, sehingga kecepatan dan akuntabilitas sangat dibutuhkan dalam proses penyelenggaraannya. Pada kenyataannya, penyelenggaraan distribusi bantuan saat ini masih mengalami berbagai masalah seperti proses yang lama yang menyebabkan atrian panjang korban, pendataan yang berulang, data dalam bentuk kertas fisik yang tidak akuntabel, dan kurangnya koordinasi perihal data korban bencana. Penelitian ini bertujuan untuk merancang perbaikan distribusi bantuan bencana dengan memanfaatkan internet of Things (IoT). Pendekatan business process reengineering (BPR) digunakan untuk mendesain ulang proses distribusi bencana saat ini. Dalam mendesain sistem informasi, metode yang digunakan dalam penelitian ini yaitu structured system development dengan Entity-Relationship Diagram (ERD) dan Data Flow Diagram (DFD). Penelitian ini menghasilkan pengurangan waktu distribusi bantuan bencana hingga 68,4% dan rancangan sistem distribusi bantuan bencana yang lebih akuntabel.

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..Indonesia is one of the world's most disaster-prone countries. Everyone who is a victim of disaster and being displaced due to disaster has the right to get assistance in meeting their basic needs coordinated by the National Disaster Management Agency (BNPB). The relief distribution concerns the livelihoods of many people, so that speed and accountability are critical to the process of disaster relief distribution. In fact, the implementation of relief distribution is still experiencing various problems such as long processes that cause long queue of victims, repeated data collection, unaccountable data in the form of physical paper, and lack of coordination regarding data on disaster victims. This study aims to design improvement in disaster relief distribution by utilizing the Internet of Things (IoT). Business process reengineering (BPR) approach is used to redesign business process of the disaster relief distribution. The method used in this study is a structured system development approach with Entity-Relationship Diagram (ERD) and Data Flow Diagram (DFD). This study resulted in a reduction of disaster relief distribution time by 68.4% and a more accountable disaster relief distribution process."

"Layanan bedah rumah sakit menghadapi beberapa permasalahan dibidang administrasi, identifikasi alat dan integrasi informasi. Tujuan dari penelitian ini adalah merancang perbaikan proses bisnis pada layanan bedah rumah sakit menggunakan pendekatan business process re-engineering (BPR) dan sistem informasi relational database sehingga didapatkan perbaikan waktu proses pelayanan (efisiensi) dan menurunkan risiko kelalaian dokter dan perawat. Business process re-engineering dilakukan melalui pemodelan dan simulasi proses saat ini dan yang diusulkan menggunakan perangkat lunak iGrafx. Perancangan sistem informasi yang dibuat dalam penelitian ini dilakukan dalam empat tahap yaitu pembuatan entity relationship diagram (ERD), tabel relasional, use case diagram dan data flow diagram (DFD). Penelitian ini memberikan enam pilihan skenario layanan operasi rumah sakit yang menghasilkan waktu layanan yang berbeda untuk setiap skenario. Kombinasi skenario BPR, sistem informasi dan teknologi radio frequency identification (RFID) merupakan skenario terbaik dengan tingkat efisiensi pada layanan administrasi sebesar 43%, pada layanan bedah sentral sebesar 34% dan secara total menghemat waktu sebesar 26%.

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Hospital surgical services face several problems in the field of administration, tool identification and information integration. The purpose of this study is to design an improvement in the surgery services business process using a business process re-engineering (BPR) approach and a relational database information system to improve service process time (efficiency) and reduce the risk of neglect by doctors and nurses. Business process re-engineering is done through modeling and simulation of current and proposed processes using iGrafx software. The design of information systems made in this study was carried out in four stages, which are the creation of entity relationship diagrams (ERD), relational tables, use case diagrams and data flow diagrams (DFD). This study provides six choices of hospital surgical service scenarios that produce different service times for each scenario. The combination scenario of BPR, information systems and radio frequency identification (RFID) technology is the best scenario with the efficiency of administrative services at 43%, central surgical services at 34% and a total time savings of 26%."