近年來，許多研究致力於船舶數據的收集和運用，例如船速、主機馬力、主機轉速、天氣資料、燃油消耗等等，如果能夠有效運用這些數據，就能夠實現創新應用。
智慧化是船舶發展的重要趨勢之一，利用安裝在船舶上面的感測紀錄裝置，收集船舶航行數據，將航行數據上傳到雲端資料庫，再利用SQL 資料庫查詢語言取得所需數據，建立船舶航行性能分析平台，並依據ISO 19030處理航行數據，結合計算流體力學的計算結果，有利於航運業掌握船舶運行情況。
利用船舶航行數據分析，可以判斷船舶在航行時的異常狀況，並找出產生異常可能原因，或是找出船舶在航行當中耗油量最小的最佳主機轉速、船舶在進塢後是否有達到節能效果、船舶航行時的螺槳狀況、船舶的性能指標。

Nowadays, more and more studies devoted to the collection and application of ship data, such as ship speed, main engine horsepower and revolution, weather information and fuel oil consumption. If these data are effectively used, innovative practical applications can be developed.
Intelligent systems represent an important trend in ship development. In this study, sensing and recording devices were installed aboard a ship to collect ship navigation data and upload these data to a cloud database using Structured Query Language (SQL). Subsequently, the database was used to establish a platform for ship navigation performance analysis. Navigation data were processed according to ISO 19030 standard which is used to measure change of changes in hull and propeller performance. Combined with computational fluid dynamics (CFD) calculation results, the processed data will be helpful to the maritime industry in managing ship operations.
Ship navigation data can be used to determine abnormal operating conditions of a ship during navigation and the possible causes of such conditions. In addition, the data can be used to determine the optimal main engine revolution with minimum fuel oil consumption, whether a ship has entered the energy-saving mode after docking and the propeller condition during navigation and as a performance indicator.

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