本研究針對現今的工業自動化控制領域提出一款新的直譯程式語言及直譯器(Interpreter)，旨在改進自動控制程式的開發過程，利用基於國際標準規範 IEC 61131-3所定義的結構化文字語言(Structured Text)來設計程式語言，透過更靈活的語法強化控制邏輯的表達方式。程式語言將採用直譯式的方式進行翻譯，開發過程可以隨時修改和測試程式碼，不需要重新編譯(Compile)整個專案，有助於簡化開發流程並提高開發效率，透過程式碼逐行執行，開發者也可以取得即時的執行結果。論文的最後，直譯器將部署到現有的自動化控制系統，並驗證程式語法的正確性，這個步驟是確保直譯器實際應用可行性的關鍵。

This study introduces a new interpreted programming language and interpreter designed specifically for the field of industrial automation control. The goal is to enhance the development process of automation control programs by leveraging a programming language based on the structured text outlined in the international standard IEC 61131-3, this language aims to improve the expression of control logic through a more flexible syntax. The programming language will be executed by interpreted approach, allowing for on-the-fly modification and testing of code during development without the need for re-compilation of the entire project. This method simplifies the development process and enhances efficiency. Additionally, by executing the code line by line, developers can access immediate execution results. In conclusion, the interpreter will be integrated into an existing automation control systems to validate the correctness of the program. This step is crucial in ensuring the practical feasibility of applying the interpreter.

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