Firstly, this paper analyses the design requirement of soccer robot bottom control system, and frames a system designed project using ARM micro as the kernel.
首先，分析了足球机器人底层控制系统的设计要求，制定了以ARM微处理器为核心的系统设计方案。
Ultrasonic wind velocity measurement with time-difference method and wind velocity measurement system based on ARM micro-controller were introduced.
介绍了超声波时差法风速测量的基本原理，以及基于ARM微控制器的风速测量系统的实现方法。
The embedded test system is designed based on ARM micro-controller according to the integration of bionic navigation system.
针对仿生导航系统集成化的需要，设计了基于ARM的嵌入式测试系统。
The embedded test system is designed based on ARM micro-controller according to the integration of bionic navigation system.
针对仿生导航系统集成化的需要，设计了基于ARM的嵌入式测试系统。
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