架構導向管線圖資系統平台之研究—以國軍某單位為例

在科技快速演進的時代，傳統的資料蒐集、保存處理方式已不符合成本效益，因此本研究以國軍某單位為研究對象，提出架構導向管線圖資系統平台系統模型，以提供新的管線圖資資料呈現及保存處理方式，期望能降低人力及時間成本、提高工作效率。本研究採用SBC（Structure-Behavior Coalescence 架構）結構行為合一架構描述語言（SBC-ADL）來設計架構導向管線圖資系統模型，並透過需求規格、系統測試、專案管理及系統維護等四個面向進行研究與探討，以期能透過最理想的SBC-ADL塑模工具來建構簡單、易懂且設計靈活的系統模型。研究結果發現，在導入架構導向系統模型之下，可使系統開發更為具體、快速、效率且保有系統的擴充性與彈性，同時能降低系統開發時需求分析、專案管理、系統測試、維護等所耗費的相關資源，亦為提高系統專案執行的效率與品質。

關鍵字

資訊化；管線圖資；系統架構；結構行為合一；架構導向

並列摘要

In the era of rapid technological evolution, the traditional methods of data collection, preservation and processing are no longer cost-effective. Therefore, this study takes a unit of the National Army as the research object, and proposes an architecture-oriented pipeline map information system platform system model to demonstrate the presentation and preservation of new pipeline maps. It is expected to reduce labor and time costs and improve work efficiency. This research uses SBC (Structure-Behavior Coalescence Architecture) Structure Behavior Architecture Description Language (SBC-ADL) to design the architecture-oriented pipeline map system model, and this research studies carefully into four following aspects: requirements specification, system testing, project management and system maintenance. We expect to build a simple, understandable and flexible system model through the most ideal SBC-ADL molding tool. The research results show that under the introduction of the architecture-oriented system model, the system development can be made more specific, fast, efficient, and maintain the scalability and flexibility of the system. It can also reduce system development resources such as requirement analysis, project management, system testing and maintenance. And these resources can improve the efficiency and quality of system project execution.