本研究旨在探討高科技工廠自動化系統的災難復原機制，而一個可以符合工廠自動化持續營運需求的災難復原系統並非是一蹴可及，所以從自動化系統的風險評估與災難復原等級的選定、災難復原系統的規劃設計與建置以至於系統復原機制的驗證都必須要經過有效的過程才能使得工廠自動化系統的災難復原機制更為完善。

所以我們也探討了災難復原機制規劃的相關過程並且驗證了本研究中的災難復原系統設計概念，以下呈現的研究成果是有關於高科技工廠自動化系統的災難復原機制：1. 建置電腦機房內的防火牆概念以降低火災災難所造成的影響程度。2. 建置分
散式的高可靠度叢集系統以分散災難所造成的系統停機風險，以加速目標系統的回復時間指標（RTO）。3. 建置分散式的備援資料庫來重置生產資料庫的資料，並且有效改善資料庫資料復原的時間。4. 建置分散式的資料庫交易紀錄檔映射來確實保護備援資料庫資料的完整性，以縮減目標資料的回復時間指標（RPO）。5. 建置資料庫快速復原機制以避免資料庫系統遭遇邏輯上的錯誤或是系統缺陷而造成的資料庫系統停機。6. 大規模自動化系統災難發生時，啟動遠端階層式的備援資料庫機制以降低企業對於災難復原系統的投資成本。7. 建置遠端交互式備援機制來善加利用近端備援系統資源，並提昇大規模災難發生時的系統可靠度。

以上這些在本研究中被驗證的系統架構概念是可以供學術界進一步的研究基礎，並以本研究成果為基礎推廣至其它研究領域；或是提供產業界在災難復原系統建置上的應用，而進一步的目的是期望本研究在災難復原系統的設計上也可以不止侷限
於高科技工廠的自動化系統的應用而已。

The majority of this dissertation is to carry out extensive research into the disaster recovery mechanism for automation system of Hi-tech manufacturing factory; it's hard to come up with a robust disaster recovery system to meet the production needs. As a result, a comprehensive processes including the risk assessment of automation system along with the decided disaster recovery level, the design planning and implementation of disaster
recovery and the verification and validation of disaster recovery system should be went through to deliver a total solution for the disaster recovery mechanism for automation system of Hi-tech manufacturing factory.

In addition, the related process of planning the disaster recovery mechanism is one of the topics in this study, and the deliverables of designing the disaster recovery architecture also has been verified and validated during the planning process, following are the research results regarding the disaster recovery mechanism for factory automation system: 1. Adopt the firebreak concept for implementing the computer data center to mitigate the impact scope in fire disaster. 2. Implement the distributed cluster system to separate the server from cluster members in different data center for enhancing the cluster availability and speeding up RTO. 3. Implement the distributed standby database to replicate the production data and improve the recovery time of database. 4. Implement the transaction log mirror of database to ensure the data integrity of standby database for reducing RPO. 5. Implement the fast-recovery mechanism to prevent the database from being unavailable as database system encountered the logical error or product defect. 6. Enable the disaster recovery mechanism of remote-hierarchical standby database to reduce total cost investment as the large scale of disaster occurred at local site. 7. Implement remote-cross-backup standby database by leveraging the redundant resource at local site.

All the research results including the planning process and the proposed architecture of disaster recovery system in this dissertation can be applied to the industrial practice and the academia for further research on disaster recovery or the related study fields, and the deliverable of designing the disaster recovery architecture also can be effectively applied to the manufacturing production for building up the robust disaster recovery mechanism of factory automation system. Furthermore, it's expected to have much more practical applications to out of factory automation system by using the disaster recovery technology in this research result.

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