本研究目標為開發客製化設計的自動化拉曼量測平台，可應用於同一種容器不同種溶液之量測。系統之主要硬體包括21系列黑白相機、步進馬達、STM32F302R8微控制器開發板以及STM32 L6470微步進馬達驅動板等；系統軟體則利用NI公司的 LabVIEW 2015 做為開發工具，將自動化量測流程進行整合。透過直觀的人機介面設計，操作者只要輸入少許參數設定以及簡易的按鈕操作，系統將會自動進行陣列量測裝有酒精飲品的溶液以及裝有甲醇的溶液。
本研究將量測多種裝有酒精飲品的溶液以及裝有甲醇的酒精飲品，再將量測完成之數據透過主成分分析進行判斷，藉此得知所有溶液之差異。

This study mainly develops an automated Raman measurement platform for the customized design of various solution containers. The system hardware mainly includes a 532nm Laser, a spectrometer, a CCD camera, a stepper motor, a microcontroller evaluation board (STM32, F302R8),and a micro stepper motor driver board (STM32, L6470)...etc. We used the software LabVIEW to integrate the entire automated measurement process. By designing the intuitional human-machine interface, the user only needs to input a few setting parameters and can efficiently operate the machine to automation mode for an array of solutions containing real or counterfeit liquor, such as kaoliang liquor, Vodka, Rum, Gin, rice wine, ethanol, and methanol.
In this study, a variety of alcoholic beverage solutions will be measured and analyzed by the principal component analysis (PCA) method to distinguish the little difference between different types of liquor solutions from Raman spectra.

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