模块化嵌入式实验教学平台研制

The develop of mold mass turns embedded experiment teaching platen

为了解决传统的嵌入式实验平台中模块难以替换、实验内容不能够根据应用的需求动态配置的问题,设计一种基于模块化可动态配置的嵌入式实验平台,平台以ARM9微处理器和FPGA芯片为核心部件,能够实现嵌入式实验平台各外围电路模块化地升级、替换以及嵌入式实验内容的动态可配置加载和应用,大大提高嵌入式实验平台的性能和效率。

For clinching a traditional embedded experiment platen cheek mass hard substitute, experiment contents incapability enough according to the problem of applied demand dynamic allocation, design a kind of according to mold mass turning can dynamic allocation of embedded experiment platen, platen with ARM9 microprocessors and FPGA chip for nucleus parts, carry out embedded experiment each outer circle of platen telephone mold mass turn earth to upgrade, substitute and embedded experiment contents of the dynamic state can install to apply to carry and apply and consumedly raise the performance and efficiency of embedded experiment platen.