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A Student Experiment Method for Embedded System Education Based on Incremental Upgrade

机译:基于增量升级的嵌入式系统教育学生实验方法

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The applications of embedded systems are widespread not only in consumer products and industrial machines but also for ubiquitous or sensor networking. However, the number of embedded system engineers is small and a few universities in Japan offer education pertaining to embedded systems. Embedded system engineers should acquire both the hardware (HW) and software (SW) technologies. We propose an educational method using student experiments to train embedded SW engineers who understand HW technologies. The experiments are related to developing SW, designing FPGA devices and learning HW/SW co-design. By conducting these experiments, students learn system modeling, HW/SW trade-off and development of SW and HW modules. We developed a JPEG encoder experiment using HW/SW co-design for evaluation.
机译:嵌入式系统的应用不仅是消费产品和工业机器的广泛普遍存在,而且是普遍存在的或传感器网络。但是,嵌入式系统工程师的数量很小,日本的一些大学提供与嵌入式系统有关的教育。嵌入式系统工程师应获取硬件(HW)和软件(SW)技术。我们提出了一种使用学生实验的教育方法,以培训了解HW技术的嵌入式SW工程师。实验与开发SW,设计FPGA器件和学习HW / SW COM设计有关。通过进行这些实验,学生学习系统建模,HW / SW折衷和SW和HW模块的开发。我们开发了使用HW / SW Co-Design进行评估的JPEG编码器实验。

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