物件導向系統分析與設計：結合MDA與UML

<p>本書七版主要增修如下：</p> <ol> <li>全書之附錄原來由Rose CASE Tool實作，改為用Enterprise Architect CASE Tool實作，以符合目前的潮流。</li> <li>強化活動圖、循序圖之塑模方法論(建構原則)、各章之勘誤等，以提升內容之易用性與正確性。</li> </ol> <p>本書明白揭示結合MDA與UML的物件導向分析與設計，擴充系統之動態行為與靜態結構塑模方法論，以強化物件導向系統分析與設計之實用性與易用性。此外，擴充MDA之轉換方法論及其與CASE工具之整合，以強化系統開發之自動化。內容編排共分四個部分：</p> <ol> <li>首先介紹系統開發模式（例如瀑布、雛型、RUP、動態系統開發、Scrum與MDA等模式），以及模組化系統理論、物件導向技術、物件導向系統與實作，包括物件導向的基本概念（例如物件、類別、抽象化、封裝、繼承與同名異式等）、系統分析與設計塑模工具（如UML）與觀點。</li> <li>接著開始介紹系統開發之需求分析與塑模步驟，包括介紹需求擷取方式、塑模工具與方法論、強韌分析，及其產出文件（模式）等。</li> <li>再介紹物件導向系統分析與設計步驟，包括物件互動行為塑模、結構塑模、類別正規化等活動、塑模工具與方法論，及其產出模式等。</li> <li>最後介紹結合MDA與UML，從系統分析、系統設計至程式模式的轉換步驟與方法論、系統元件與結構塑模工具與方法論，及其產出模式等。</li> </ol> <p>文中以一個案例與CASE工具，依上述步驟與方法論進行需求分析、物件導向系統分析與設計塑模，並依各步驟產出之模式進行資訊系統開發，使讀者能清楚瞭解結合MDA與UML進行物件導向系統分析與設計之完整與連貫的塑模概念、活動、模式產出與實作等。</p> <ul> <li>教學配件：教師教學PowerPoint、教師手冊、題庫</li> <li>本書搭配：線上題庫</li> </ul>

Benefits Measurement of a plan to reduce hypertension in a Healthcare Foundation using the BCTool

The hypertension is a well know problem and associated with a high salt consuming is one of the commonest chronic diseases.To measure the impact of this consuming it has been applied the methodology provided by the Business Case tool (BC Tool), in a Portuguese foundation for elderly, in order to contribute for Intervention Plan for the reduction of hypertension which aims to reduce salt consumption in the Portuguese population and to improve the control of Hypertension through a phased reduction in salt consumption.This objective has been achieved by changing the availability of foods with lower salt contents and by decreasing the addition of salt in cooking. The results of these measures provided a substantial benefit in terms of Benefits Measurements and Cost Analysis besides the results of SROI measurement in order to obtain the social benefits of this initiative of the Intervention plan to reduce hypertension. Along these results it has been collected the suggestions for improvements that would allow the Sarah Beirão Foundation's response to the needs of its users to be improved

Benefits Measurement of a Plan to Reduce Hypertension in a Healthcare Foundation Using the BCTool

The hypertension is a well know problem and associated with a high salt consuming is one of the commonest chronic diseases.To measure the impact of this consuming it has been applied the methodology provided by the Business Case tool (BC Tool), in a Portuguese foundation for elderly, in order to contribute for Intervention Plan for the reduction of hypertension which aims to reduce salt consumption in the Portuguese population and to improve the control of Hypertension through a phased reduction in salt consumption.This objective has been achieved by changing the availability of foods with lower salt contents and by decreasing the addition of salt in cooking. The results of these measures provided a substantial benefit in terms of Benefits Measurements and Cost Analysis besides the results of SROI measurement in order to obtain the social benefits of this initiative of the Intervention plan to reduce hypertension. Along these results it has been collected the suggestions for improvements that would allow the Sarah Beirão Foundation's response to the needs of its users to be improved

Perancangan Sistem Informasi Arah Kiblat Menggunakan Metode Ephemeris

<h1 align="center"><strong>Abstrak</strong></h1><p>Penelitian ini menerapkan konsep bidang Astronomi Islam tentang penentuan arah kiblat dengan tujuan untuk mengetahui gambaran tentang ketepatan posisi arah kiblat di wilayah Indonesia. Permasalahan dalam penelitian ini adalah belum tahunya user tentang gambaran arah kiblat yang tepat untuk masing-masing daerah yang tersebar di wilayahnya. Kemudian pertanyaan yang muncul dalam penelitian ini adalah bagaimana merancang sistem untuk penentuan arah kiblat tersebut agar mendapatkan hasil yang akurat serta bagaimana merancang sistem tersebut sebagai dasar acuan untuk menunjang pengembangan sistem yang dapat diterapkan untuk perangkat berbasis android. Perancangan sistem ini dibuat berdasarkan metode ephemeris yang diterbitkan oleh Kementrian Agama Republik Indonesia dan dirancang menggunakan notasi Unified Modeling Language(UML) sebagai case tool dalam merancang proses yang akan terjadi dalam sistem.</p><p align="center"><strong><em>Abstract</em></strong></p><p><strong><em> </em></strong><em>This research applies the concept of Islamic Astronomy in determining the direction of the Qibla with the aim of knowing the description of the exact position of the Qibla direction in the territory of Indonesia. The problem in this study is that the user has not yet known the picture of the direction of the Qibla that is right for each region that is spread in the region. Then the question that arises in this study is how to design a system to determine the direction of the Qibla in order to get accurate results and how to design the system as a basis for supporting the development of systems that can be applied to android-based devices. The design of this system is based on the ephemeris method published by the Ministry of Religion of the Republic of Indonesia and designed to use </em><em>Unified Modeling Language(</em><em>UML) notation as a case tool in designing the processes that will occur in the system.</em></p>

PENGARUH DAN KEUNTUNGAN MENGGUNAKAN CASE TOOL DI SYSTEM DEVELOPMENT LIFE CYCLE (SDLC)

Ide dasar yang mendasari CASE tool dalam membantu kegiatan rekayasa perangkat lunak komputer adalah untuk meningkatkan produktifitas developer sistem dengan cara menyediakan suatu set sistem tool yang mempermudah dalam mendesain pengembangan sistem informasi berbasis komputer. Isu yang dibahas pada artikel ini adalah relasi antara lingkungan pengolahaan sistem informasi perusahaan ketika mengadopsi teknologi CASE untuk mengembangkan sistem informasi berbasis komputer. Isu selanjutnya yang dibahas adalah tentang manfaat menggunakan teknologi CASE sebagai alat pengembangan aplikasi sistem informasi berbasis komputer dalam system development life cycle.