嵌入式系统以其体积小、功能多、支持以太网技术等优点而成为工控领域中的新热点。
The embedded system has become a hot spot in process control area because of its features of small volume, multiple functions and supporting Ethernet technology.
嵌入式产品以其体积小、功耗低、处理能力强等诸多优点，在通讯、网络、工控、医疗、电子等领域发挥着越来越重要的作用。
The embedded product exert more and more effects in communication, network, industry control, medical, electron fields by the virtues of small volume, little power consume and strong process ability.
本文将结合工业控制的应用背景，来分析和研究工控应用系统中嵌入式数据库的实时性问题。
In this paper, I analyze and study the problem of real-time of the database that applied in the industrial control embedded real-time systems in the background of the industrial control application.
固化部分采用内加热固化工艺，由嵌入式工控机和PLC实现固化控制。
The internal heating curing process is used to cure the pipes, and the curing control is fulfilled by an embedded industry computer and a PLC.
提出了嵌入式工控机的长生存周期问题，介绍了影响生存周期的主要因素，给出了解决问题的具体办法。
The paper focuses on the long-life issues of embedded industrial control computers, and describes some major factors impacting on their life cycles, and offers solutions to the problems.
介绍了嵌入式工控机PC/104的结构特点及其应用开发特点；
This paper introduces the structure and their application development features of PC/104 embedded industry controlling computer.
而嵌入式系统以其本身体积小，功能多，支持以太网技术等优点，成为工控领域中的新热点。
Embedded system becomes a new hotspot of industrial control field because of its advantages such as small volume, many functions and supporting Ethernet technology.
本课题成功研究并开发了基于DSP核心控制器和嵌入式工控机的新型微机继电保护测试仪。
This topic researches and develops the late-model microcomputer relay protection test device based on DSP core controller and embedded microcomputer.
当前数字视频图像采集系统的实现方式有的基于嵌入式工控机，有的基于FPGA，还有的基于DSP。
Some of the current digital image processing systems are based on embedded computer, some are based on FPGA, some are based on application specific compressing chip, and some are based on DSP.
当前数字视频图像采集系统的实现方式有的基于嵌入式工控机，有的基于FPGA，还有的基于DSP。
Some of the current digital image processing systems are based on embedded computer, some are based on FPGA, some are based on application specific compressing chip, and some are based on DSP.
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