近十幾年來,LabVIEW已被廣泛應用於學術界與產業界。學術界通常藉由LabVIEW來輔助儀器量測,並豐富研究內涵;產業界則藉由LabVIEW的引入來提昇產品的附加價值,並提高產業競爭力。鑑於坊間參考書籍均僅針對LabVIEW的部份介面應用進行探討,因此無法滿足使用者需求,也無助於LabVIEW的推廣。為廣泛探討LabVIEW的介面應用,本論文共探討五種不同介面的設計方法與程式撰寫技巧,包含:資料擷取卡、dsPIC數位訊號控制器、可程式控制器、串/並列通訊埠、以及藍芽無線通訊等。由實驗結果證實,本論文所提供的介面設計可以成功地與LabVIEW軟體進行通訊,研究成果可提供學術界與產業界建構人機介面時的參考依據。
In recent ten years, LabVIEW has already widely used in the academic and industrial circle. The academia is usually aided by LabVIEW for instrument measurement and research intension. The industrial circle promotes the additional value of the products by the inclusion of LabVIEW and improves industry's competitiveness. Due to the reference books published by many authors only introduce part of the interface application, it can’t satisfy the requirement of the users. Therefore, it is helpless to the popularization of LabVIEW. To widely study the interface application of LabVIEW, this thesis introduces the design and programming techniques of five different interfaces. These interfaces include data acquisition device, dsPIC digital signal controller, programming logic controller, serial/parallel communication port, and Bluetooth wireless communication. The experiment results have verified that the proposed interface design can successfully communicate with LabVIEW and can offer valuable references for academic and industrial circle to construct the man-machine interface.