公共工程建設被認為是國家的競爭力的判斷基礎之一，應該對整體工程專案有妥善之規畫，使公共工程可以順利完工。而國內公共工程之進度落後之比率卻相當的高，進度延遲對於專案造成的影響甚大，包含成本增加、品質控制不易及相關之工程進度落後之爭議，為了降低進度落後之頻率，應於規劃設計階段中建立完善的管理架構，並以此架構於施工階段實施進度管理。
目前雖有許多的工具可以於規畫設計階段中進行不同目的性之施工模擬，如施工生產力模擬、施工衝突檢測及施工順序模擬，都是針對可能影響進度的因素進行模擬，但模擬工具之間的整合度不佳，導致模擬出來的成果都無法完全的表示實際之施工情況，如施工順序模擬中之作業時間仍為人工輸入，而非以模擬實際施工情況中可能的作業時間進行工序模擬。
因此本研究將結合BIM與CYCLONE理論模擬施工流程，希望以兩種模擬工具之間的特性補足相互不足之部分，並透過施工模擬之方式去避免問題產生，而不是於施工階段才去解決問題。研究過程中，利用IDEF0資訊分析法解析結合BIM及CYCLONE施工模擬流程的相關資訊需求，並以兩種不同目的性之模擬工具進行完整之施工模擬，再以模擬結果提供決策者進行資源數量之安排、進度時間之調整以及作業順序之確認，藉此使進度更符合施工現況，並減少進度延誤之情況，以避免額外成本花費之情形。

BIM” Building Information Modeling” is an application which has the core technology of rich information. During the lifecycle of building project, BIM has individually contributed to different sectors in the AEC industry, such as cost estimation, 3D model display, and schedule simulation, etc.. One of the applications that can be beneficial from using BIM is simulate the construction process. However, due to the lack of the mechanism of integrating BIM with simulation tools, the simulation of the construction process is not accurate enough. Therefore, there is a need to develop the new mechanism of integrating BIM with the simulation tool. In addition, this study chooses CYCLONE as the simulation tool since its simple representation of the construction process. This study focuses on the following objectives: (1) analyzing the requirement of CYCLONE simulation of a bridge construction method, (2) analyzing the mechanism information which BIM can provide for simulation the CYCLONE model, (3) developing the simulation mechanism which integrates BIM with CYCLONE, and (4) verifying the simulation process through case study.

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