在此背景下，本文进行了基于ARM的嵌入式电机故障诊断系统的研究。
Against this background, the paper did the research on motor fault analysis system, which is based on ARM embedded microprocessor.
在此基础上，本文提出了在开发嵌入式系统时的系统分析、实时数据流程分析、任务划分等一些关键技术。
Afterwards, we specified the key technologies on system analysis, real time data flow diagram analysis, task discompose, and so on.
在此基础上，阐述了嵌入式系统典型的启动架构及其特点，并给出了嵌入式系统启动架构的选择标准。
Upon this, the paper expounds the typical bootup infrastructure of the embedded system and its characteristics, and then presents its selecting standards.
本文主要讨论GKD -ESQL预编译器的设计和实现技术，首先讨论了嵌入式SQL语言的基本结构和语句成分，在此基础上，给出了GKD - ESQL系统的总体框架设计。
The design and implementation of GKD-ESQL is discussed. Based on the introduced basic structure and the statement elements, the general infrastructure of GKD-ESQL system is presented.
设计基于嵌入式技术的水下航行器控制平台，和在此基础上的快速控制原型化系统开发是本篇论文的主题。
The thesis builds a UV control system platform based on embedded technology and develops the rapid control prototype.
在此基础上，以其中的体系结构平台为核心，提出了嵌入式系统的基础架构。
In this foundation, take system structure platform as the core, proposed inserts the type system the foundation overhead construction.
在此基础上完成了心电采集系统的样机，采集到完整的心电信号。论文的研究对高精度和自动分析功能的嵌入式心电采集系统的研发具有重要的意义。
Based upon this, we design a model machine and successfully sample the ECG signal, which is very important to design the high-accuracy and auto-analysis embedded ECG sampling system.
在此基础上完成了心电采集系统的样机，采集到完整的心电信号。论文的研究对高精度和自动分析功能的嵌入式心电采集系统的研发具有重要的意义。
Based upon this, we design a model machine and successfully sample the ECG signal, which is very important to design the high-accuracy and auto-analysis embedded ECG sampling system.
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