The embedded system programming in this paper is based mainly on the application of GPS and ADC modules.
本论文的嵌入式系统开发工作，主要是基于GPS模块以及数模转换模块的应用。
Sampling, compression and wireless transportation of multi-lead ECG signals are accomplished by embedded system programming.
通过嵌入式软件编程实现了心电信号的采集存储、实时压缩和无线传输。
The Microsoft Windows operating system contains an embedded measurement infrastructure that can be accessed either through the Windows Registry or using Application Programming Interfaces (APIs).
MicrosoftWindows操作系统包含可以通过WindowsRegistry或者使用应用程序编程接口(Application Programming Interface, API)来访问的内嵌测量基础架构。
The ECG monitoring instrument and the central monitoring system can be realized by using embedded technology, the Internet communication technology, software programming technology.
利用嵌入式技术、因特网通信技术、软件编程技术，实现便携式床旁心电监护仪及其中央监护系统的研制。
The system adopts the AT89S52, and by using embedded C programming language realizes signal collection, processing, display and printing.
系统采用芯片AT89S52，通过嵌入式C语言编程实现信号的采集。
The key technology of embedded software programming is studied, and at last the system software is explained.
在软件设计方面，从嵌入式软件编程的角度对其关键技术进行研究，最后介绍了系统软件的实现。
In the software design process, the paper has the emphasis on the design of system software layer and the programming of embedded Linux drivers.
在软件方面，本文重点描述了系统软件的构建和驱动程序的编写。
In the software design process, the paper has the emphasis on the design of system software layer and the programming of embedded Linux drivers.
在软件方面，本文重点描述了系统软件的构建和驱动程序的编写。
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