嵌入式系统正日益部署于先进的设备，比如智能仪表，以确保符合要求和精确运作。
Embedded systems are being increasingly deployed in advanced devices such as smart meters, in order to ensure desired and accurate functioning.
本文将嵌入式计算机技术，虚拟仪器技术和CAN总线数据传输技术引入到车载仪表中，设计、研制了嵌入式车载虚拟仪表。
In this paper, the embedded technology, virtual instrument technology and CAN bus technology have been applied to design, and manufacture the onboard virtue instrument.
安防系统即电子封条式安全防护系统，是嵌入式以太网在网络仪表中的典型应用。
Safeguard system is the system which used electronic seal. It is the representative application of embedded Ethernet technology in network instrument.
目前，在我国可用于新一代装甲战车虚拟仪表的嵌入式计算机硬件平台种类比较多，技术比较成熟。
At present, there are many kinds of embedded computers in our country that can be used in new generation virtual instruments in armor vehicles, and the technology is very ripeness.
该装甲战车虚拟仪表系统架构是基于CAN总线，以嵌入式计算机PC 104为核心。
This virtual instrument system of armor vehicles is based on the CAN bus with the embedded computer PC104 as its center.
并以ARM7为微处理器设计了一款通用型嵌入式检测仪表，将实验数据传送给上位机。
An embedded detector based on ARM7 microprocessor was designed for transmitting experimental data to supervisory computer.
本课题采用嵌入式系统开发智能仪表(控制器)。
This item use embedded system to develop intelligent instrumentation (controller).
本文对智能仪表的特点、现状和发展趋势进行了论述，讲述了基于嵌入式操作系统的智能仪表设计的内容和意义。
The thesis states the feature, current status and the trend of development of intelligent instrument, and states the content and meaning of the design of intelligent instrument based embedded system.
针对需求分析，结合嵌入式技术，提出平台化的机电仪器仪表的硬件系统设计思路。
According to the needs analysing, putting forward the design method of that hardware platform with embedded technology.
设计了一种基于嵌入式操作系统的电子飞行仪表系统软件。
On the basis of Embedded Operating system, an electronic flight instrument system (EFIS) software is designed and implemented.
常用的仪器仪表硬件平台是基于嵌入式技术的。
The commonly hardware platform is based on the embedded technique.
同时，由于仪表的嵌入式系统平台资源丰富，使得智能仪表具有良好的可扩展性。
Also, because the embedded instrument platform is rich in resources, which makes intelligent instrument has good scalability.
软件是实现嵌入式机电仪器仪表功能的关键，但软件开发不可能尽善尽美，总会存在一些漏洞；
Software is the key to the Implementation of embedded electromechanical instrumentation functions, but the software development can not be perfect, there will be some bugs;
软件是实现嵌入式机电仪器仪表功能的关键，但软件开发不可能尽善尽美，总会存在一些漏洞；
Software is the key to the Implementation of embedded electromechanical instrumentation functions, but the software development can not be perfect, there will be some bugs;
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