This paper mainly discusses the design of a meteorological sensor which is based on 32-bit ARM microprocessor LPC2101, involved in the research of key technologies and the realization of the program.
本论文以设计基于32位ARM微处理器LPC 2101的气象传感器为主要内容，研究了所涉及的关键技术，并提出了实现方案。
This thesis studies the architecture of the 32 bit ARM series microprocessor which is widely applied in embedded systems, and briefly introduces some typical SOC chips based on ARM core.
文章从微处理器设计者的角度出发，对在嵌入式系统当中应用广泛的32位ARM微处理器系列的体系结构作了研究和探讨，简要介绍了3种当前市场上流行的、典型的基于ARM的SOC芯片。
This paper introduces an optimization of Advanced Encryption Standard (AES) with 128-bit block length and key length. It can speed up execution on ARM microprocessor.
提出一种高级加密标准(aes)算法的优化方案，适合在ARM处理器上运行长度均为128位的明文和密钥。
This paper introduces a new type of portable and no invasive fetal heart rate monitor which based on 32-bit ARM embedded microprocessor LPC2290 and MEMS acceleration transducer.
介绍一种基于32位ARM嵌入式微处理器LPC 2290和MEMS微加速度传感器的一种便携、无创的胎儿心率检测仪。
The 32-bit ARM embedded microprocessor, LPC2104, is selected as the core of hardware experiment circuit board, and the designing of hardware circuit is given.
在硬件方面，本文设计了一个基于32位ARM微处理器LPC 2104的硬件实验平台，并结合嵌入式系统远程监控的需要，给出了硬件电路的整体设计原理和实现方法。
The 32-bit ARM embedded microprocessor, LPC2104, is selected as the core of hardware experiment circuit board, and the designing of hardware circuit is given.
在硬件方面，本文设计了一个基于32位ARM微处理器LPC 2104的硬件实验平台，并结合嵌入式系统远程监控的需要，给出了硬件电路的整体设计原理和实现方法。
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