船舶係依據船東的需求而設計建造的，當船東與船廠經由詢價、討論船舶裝備需求，到正式簽訂合約後，船廠設計工程師配合船東訂單需求與累積的設計經驗來進行各項設計、圖面繪製及施工文件的產出，作為船廠建造船舶時的依據準則。本研究即提出以網際網路為平臺，利用Web介面的便利性，建構一個能將船舶設計與建造相關資訊適切的和施工文件整合在一起的『多媒體船舶建造資訊系統』。
　　本系統運用可延伸性標記語言文件之特性來表現船舶電子施工文件，使其資訊內涵可以重複的使用，進而發展成具有延展性的可重構組裝劇本描述語言，並作為船舶建造過程的腳本，整合虛擬實境技術，建構由文字敘述轉換成虛擬組裝的機制，重複利用先前所建立的船舶構件三維實體模型，透過虛擬組裝方式，進行視覺化施工過程模擬及規劃，以人類直覺的方式來表達船舶施工資訊，使文件由平面轉為三維立體空間，輔助船舶建造資訊傳達，並以關聯式資料庫技術，建立船舶設計建造相關之圖、文等多媒體資料庫，經由產品資料管理的模式提高資訊利用價值、易於搜尋且能重複使用的方式來管理內容，讓整個組織不會重蹈覆徹工作。
　　透過本系統，期望呈現出一個新的多媒體資訊擷取環境與更有創意的虛擬互動方式，建立船舶設計及建造資訊之知識庫，促使設計人員對於施工文件的管控，更為便利與完整，船廠內部人員因此能快速獲得所需資訊，並透過無線網路的架設，解決船廠內部與施工現場之資訊流通問題，協助施工人員正確的建造工作，大幅提昇船舶施工品質、提高工作效率。

　　The design of the ship accords to the demand of the ship-owner. The ship-owner receives the quotation from shipyard, discusses the equipment and requirement of the ship and finally signs the official contract. The design engineers of the shipyard carry out the corresponding design, draw the design chart and prepare the implementation documents according to the requirement of the contract and their experience, and become the criteria on constructing the ship. This study put forward the internet as the platform. With the convenience of Web interface, a "Multimedia Ship Construction Information System" is proposed in order to integrate the information of ship design and construction, and implementation documents.
　　This system uses the characteristic of eXtensible Markup Language (XML) to show the electronic implementation documents and the information can be reused. It will then further develop to extensible and re-constructive script language and become script of ship construction process. It integrates the Virtual Reality (VR) technology, and establishes Virtual Assembly (VA) instead of text description. The previous established ship component three-dimensional (3D) solid model is reused. Through the Virtual Assembly, it can carry out visual implementation process simulation and planning. The human intuition is used to express the ship construction information so that the documents are changed from plane to three-dimensional. It can assist the flow of information on ship construction. With the Relational Database technology, the database of charts and multimedia documents on ship design will be established. Through the Product Data Management (PDM), the value of information utilization is increased, search of information is easier and reusable. The organization does not need to repeat the same works.
　　Through this system, it is expected to demonstrate a new multimedia information retrieval environment and a more creative virtual interaction, and establish a knowledge base on information of ship design and construction. This promotes the design staffs a more convenient and better way to manage the implementation documents. The internal staffs of the shipyard can capture the necessary information rapidly. Through the establishment of wireless network, it can solve the communication problem between the internal shipyard and the construction site. This assists the constructors to construct the ship correctly, significantly raise the quality of construction and increase the working efficiency.

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