【摘要】 为满足当前嵌入式系统教学适应技术发展的迫切需求,设计了一种全面、灵活且易操作的强扩展型MCU智能实验平台。以PIC16/18系列MCU为核心,采用插针连接基本外设,借助MikroBUS扩展模块,提供了贴近工业实际的开发对象。同时,整合了AI模块Atlas 200 DK,引入了边缘人工智能计算,拓展了实验平台的AI接口。设计了灵活多样的实验项目,不仅满足了基础知识学习的需求,还培养了学生的实际动手能力和创新思维。该平台为嵌入式系统教学提供了一种兼具核心、外围、 AI全面扩展和强操作性的解决方案。更多还原

【Abstract】 A versatile, flexible, and user-friendly MCU intelligent experimental platform has been innovatively devised to address the urgent requirements of modern embedded systems education to adapt to technological advancements. Centralized around the PIC16/18 series MCU and employing pin connectors for interfacing with fundamental peripherals, this platform, leveraging the MikroBUS expansion module, offers development objects aligned closely with real-world industrial applications. Additionally, the integration of the AI module, Atlas 200 DK, has substantially broadened the platform’s AI interface capabilities, by integrating edge artificial intelligence computing. The design encompasses a diverse array of flexible experimental projects, meeting not only the foundational knowledge prerequisites but also fostering students’ practical hands-on skills and cultivating innovative thinking. This platform represents a comprehensive solution for embedded systems education, amalgamating core, peripheral,AI expansion, and heightened operability.更多还原