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Further implementation of a hardware control paradigm based on state diagrams has been proposed, on the basis of the previous work. Hardware control logic for embedded devices that enables simultaneous workflows targeting on multiple I/O devices has been realized, along with an extendable scheme for general-purpose I/O controls. In addition to that, we evaluated the feasibility of the proposed paradigm by using a hardware setup running on Raspberry Pi Pico-compatible microcontroller development boards.

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Implementation of a State Diagram-Based Hardware Control Paradigm

  • 会议论文

  • 发表日期：

    2026年

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

摘要

Further implementation of a hardware control paradigm based on state diagrams has been proposed, on the basis of the previous work. Hardware control logic for embedded devices that enables simultaneous workflows targeting on multiple I/O devices has been realized, along with an extendable scheme for general-purpose I/O controls. In addition to that, we evaluated the feasibility of the proposed paradigm by using a hardware setup running on Raspberry Pi Pico-compatible microcontroller development boards.