The embedded test system is designed based on ARM micro-controller according to the integration of bionic navigation system.
针对仿生导航系统集成化的需要，设计了基于ARM的嵌入式测试系统。
The platform not only has function about teaching test of embedded system, but also is used to develop new product with PC104 modules that we or other companies have designed successfully.
该平台不仅具备嵌入式教学实验系统的功能，而且可以结合我们已研制成功的或其它公司的PC 104模块开发新型的产品。
But when it refers to embedded system test, both the test theory and method is lacking.
但在嵌入式系统黑盒测试自动化领域，行之有效的理论方法很少。
To meet the requirements of vehicle data acquisition on road test, on board data acquisition system based on embedded PC is developed.
为满足汽车研发过程中道路试验数据采集的要求，开发了基于嵌入式PC的车载数据采集系统。
This paper interprets the means of the development of the preset unit of TCSC Test Controller with ARM microprocessor, embedded real time operating system and the USB technique.
本文采用ARM处理器技术、嵌入式实时操作系统技术和通用串行总线(usb)技术来完成TCSC实验系统控制器前置单元的实际开发。
Based on studying IEEE P1500 standard in detail, this paper presents a test system which includes hardware proportion and software proportion for embedded core test reuse.
本文在深入研究IEEE P 1500标准的基础上，设计并实现了嵌入式核测试复用的测试系统，该系统包括硬件系统和软件系统。
In the paper, it induces the principle of how to choose types of embedded system hardware platform, and mainly compare and analyze different types of ARM processor. It gives example to test.
本文主要介绍嵌入式系统硬件平台的选型原则，并着重对ARM处理器的选型进行分析与比较，同时给出实例进行验证。
Finally, we did a test on the embedded database integrated client side system and analyze the optimization of data storage and performance.
最后，本文对集成了嵌入式数据库的客户端进行了测试并分析了其对客户端系统数据存储和性能的优化。
The test platform which is designed and implemented in this paper is put forward to test the hardware functionality of embedded system.
论文所要设计与实现的测试平台就是为测试嵌入式系统硬件功能性而提出的。
Although this test system is designed for acquisition station board, the testing theory also can be extended to other embedded systems.
虽然该测试系统是专为采集站硬件板的测试而设计的，但其中包含的测试思想可以扩展到其它嵌入式系统。
The complex and uncertain driver model was omitted and human driving behaviour was embedded as a part of the simulation system during the process of hardware in-loop simulation test.
该系统在硬件在环仿真研究过程中省去复杂不确定的驾驶员模型，直接把人的驾驶行为作为仿真的一部分嵌入仿真过程。
The design of this system is a test research of incorporation of embedded system and machine vision, and it also provides a specific scheme of embedded machine vision system developing.
本系统的开发，是机器视觉与嵌入式系统相结合的一个实验性研究，为嵌入式机器视觉系统的研制提供了一个具体的解决方案。
NALC type automatic gas relay test bed, using the latest embedded system control technology, integrated user's actual needs and introduced a new generation of gas relay test detection system.
NALC型气体继电器检测台，采用最新的嵌入式系统控制技术，综合用户的实际需求而推出的新一代气体继电器试验检测系统。
This paper base on JTAG and take the hardware board of earthquake data acquisition station system as test project, design and implement the JATG-Based test platform for embedded system hardware.
论文以JTAG为基础，以地震数据采集站硬件板为测试项目，设计并实现了基于JTAG的嵌入式系统硬件测试平台。
Collecting and transmitting data is difficult and it wastes resources in traditional wireless communication net optimization. An auto drive test system based on the embedded system is presented.
由于传统的无线通信网络优化工作中数据的采集和回传困难，并且浪费资源，因而设计出一种基于嵌入式系统的自动路测系统。
In addition, the redundancy mechanism by double-sending the embedded database data and the system test data enhanced the system reliability.
系统测试代码的发送采用数据库内置测试码与系统固化测试码双重发送的冗余机制，进一步提高了测试的可靠性。
Based on the analysis of ICMP protocol and network's connectivity testing, solutions to test and corresponding application program for the embedded system are proposed.
在对ICMP协议进行分析的基础上，通过网络连通性检测的试验，提出了检测的方法，并设计出相关的程序应用到具体的嵌入式系统中。
Due to the exclusive design, there is no one universal test platform for all embedded system hardware.
由于嵌入式系统设计的专有性，目前没有一个通用的用于嵌入式硬件系统测试的平台。
For monitoring the working state signal of mechanical transmission test-bed immediately, adopt the remote monitoring system which bases on embedded Ethernet controller 8000e.
为了实时监测机械传动试验台工作状态信号，采用基于嵌入式以太网控制器8000e的远程监测系统。
The whole testing system is composed by PC, test card and small embedded system which need to be the test.
整个测试系统由上位机pc，测试卡，待测嵌入式对象组成。
The whole testing system is composed by PC, test card and small embedded system which need to be the test.
整个测试系统由上位机pc，测试卡，待测嵌入式对象组成。
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