Scholarlink

Modern breakthroughs in IoT, robotics, and AI have propelled embedded systems to the forefront of IT strategies. Early bare metal-based systems had limited hardware capabilities, designed primarily for simple tasks. These systems could only execute single-threaded programs, relying on a main loop and polling mechanisms, and lacked the reliability, concurrency, modularity, and scalability needed by modern workloads. This has sparked intense interest in advanced embedded systems and software technologies.

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Embedded OS Development

  • 章节

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

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  • Jiasheng Hao,
  • Yindong Xiao,
  • Wenjian Zhou,
  • Peicheng Wang

摘要

Modern breakthroughs in IoT, robotics, and AI have propelled embedded systems to the forefront of IT strategies. Early bare metal-based systems had limited hardware capabilities, designed primarily for simple tasks. These systems could only execute single-threaded programs, relying on a main loop and polling mechanisms, and lacked the reliability, concurrency, modularity, and scalability needed by modern workloads. This has sparked intense interest in advanced embedded systems and software technologies.