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In our previous research, we successfully implemented the fundamental functionalities of a hardware controlling paradigm based on state diagrams using the Arduino IDE and the Raspberry Pi Pico W. Building upon that work, we started the development of an interpreter for an intermediate language designed for representing the state diagrams. With the structure of the XML files serving as an intermediate language, we replaced the hard-coded definitions of the state diagram with a preconstructed file. Going forward, we aim to complete the development of an efficient and reliable interpreter, striving to enhance its performance and robustness.

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Development of an Intermediate Language Interpreter for Embedded Devices

  • 会议论文

  • 发表日期：

    2026年

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  • Keigo Takayasu,
  • Erjing Zhou,
  • Masaru Kamada,
  • Shusuke Okamoto

摘要

In our previous research, we successfully implemented the fundamental functionalities of a hardware controlling paradigm based on state diagrams using the Arduino IDE and the Raspberry Pi Pico W. Building upon that work, we started the development of an interpreter for an intermediate language designed for representing the state diagrams. With the structure of the XML files serving as an intermediate language, we replaced the hard-coded definitions of the state diagram with a preconstructed file. Going forward, we aim to complete the development of an efficient and reliable interpreter, striving to enhance its performance and robustness.