This thesis talk about millimeter wave (MMW) and LFMCW, its main mission is design and debug hardware of the radar target processor.
本文研究的雷达目标识别器结合了毫米波(MMW)和LFMCW雷达的优点，课题主要完成了对毫米波lfmcw雷达目标识别器的硬件设计和调试。
We used this test environment to test, debug, and re-test the different components without adding hardware or software.
我们使用这个测试环境来测试、调试、再测试不同的组件，而无需添加硬件或软件。
The set of build and debug tool chain integrations grows with a cleaner MinGW integration, a GDB hardware debugging integration, and a new integration for IBM's xlC compiler.
构建和调试工具链整合集将随着更干净的MinGW整合、GDB硬件调试整合和针对IBM的xlC 编译器的新整合而壮大。
Install and debug of hardware circuit.
硬件电路的安装和调试。
This allows you to interactively debug your hardware and software.
它允许你交互式地调试你的硬件和软件。
The design of hardware and software of whole embedded system have been made by cross-debug.
通过交叉调试，完成了该嵌入式控制系统的整个软件和硬件的设计工作。
The instruction run both in hardware and in simulator and the result can be checked on real-time, which increases debug efficiency.
指令的硬件执行和软件仿真同时进行，可以对硬件运行结果进行实时检验，实现了软硬件协同调试，大大提高了调试效率。
It has passed the hardware and software debug and circuit test.
本方案已经通过硬件、软件调试以及电路测试。
Summary of the Design and Implementation of PC-based crossover, the matching of hardware, software, the preparation and debug.
简要设计和实现了基于PC的分频器，从硬件的选配，软件的编写和调试。
The third part of this paper explains the design and debug of the hardware and software of the new wide-range vacuum gauge.
论文的第三部分详细的介绍了新型宽量程真空计的硬件及软件的研制和调试过程。
This testing system is adopted to debug and test the VME modules in the electronic system of BES III(Beijing Spectrometer III), improving the efficiency of electronic hardware development and .
在BESIII的电子学系统VME机箱和插件级设备的调试和检测中采用了该测试系统，提高了硬件研制及调试的效率。
This article introduces the debug process of hardware circuit by the example of5G14433and MCS-51SCM interface circuit.
通过5 G 14433芯片与MCS - 51单片机接口电路的实例说明了硬件电路的调试过程。
The paper expatiates the composing principle of the system, the hardware circuit realization, the debug key technology, the ideal of software compile flow and its advanced function.
阐述了系统的构成原理，硬件设计电路实现，调试关键技术，软件设计流程思想以及系统增强功能。
This article describes a new hardware configuration for ADSP-2101 communication with PC, which allows you to develop and debug ADSP-2101 software for digital signal processing applications.
本文研究了一种新的ADSP—2101与PC通信的硬件电路，它能使您开发和调试您的数字信号处理应用软件。
The hardware circuits and the debug methods based on LM386 and TDA2822M are given, and the anti-jamming methods are also given.
介绍了车载手机免提通过有线方式的实现，分别给出了采用LM386和TDA2822M有线收发系统的硬件电路和调试方法，提出了抗干扰措施。
Finally, system software and hardware joint debug has been completed on the experimental study platform.
最后，在试验研究平台上，完成了系统软件与硬件联合调试。
After scheme's desicription, ECT system is analyzed from hardware design and software design. Some debug results show that:the system is able to achieve the design goal.
确定方案后，本章从硬件开发和软件开发两部分分析了系统的实现过程，系统调试和测试结果表明：本系统达到预期设计目标。
As the important part of the position detecting system, the work of the dissertation covers scheme design, the hardware development, software realization, the system unit debug, etc.
该工作作为一个完整的位置检测系统的重要组成部分，涵盖了方案设计、硬件研制、系统联调等工程项目研制的全过程。
Debug the system when hardware and software are completed, and give debugging methods and results.
在硬件与软件都完成时进行系统调试，并给出了调试的方法及结果。
Having debug features may make the difference between being able to extend the platform another generation in software versus having to rebuild the hardware platform.
具有调试功能可能会使新一代软件的扩展平台与需重构的硬件平台相比出现差异。
Based on the concentrator's hardware design, this paper has completed the design and debug of FPGA program and DSP program.
本文在对集中器硬件设计基础上，完成了FPGA程序、DSP程序的设计和调试。
Introduce the PCB board layout, the principle of the layout of components, debug the hardware circuit after welding and present the module debugging method.
介绍了PC B板布线、元件布局的原则，焊接后进行硬件电路调试，介绍了各模块的调试方法。
The simulator designed can provide a realistic high-dynamic signal environment for parameters measurement, software and hardware debug, performance test and evaluation of GPS UE.
所设计的GPS信号模拟器可以为GPS用户端设备的参数测量、软硬件调试、性能测试和评估等提供一个逼真的高动态信号环境。
It mainly narrates the instrument about the developing sense, working principle, design to the software and hardware, debug method etc.
主要阐述了该监测仪的研制意义、工作原理、软硬件设计以及调试方法等。
After introducing the hardware and software design of angle detecting board based on TMS320LF2407A, a whole axis-angle detecting and debug system is implemented.
介绍了基于TMS320LF2407A的轴角检测板的软硬件设计，并建立了完整的轴角检测调试系统；
The hardware includes chip selection, schematic design, PCB layout, plate made, welding, hardware debug and test and so on.
硬件部分包括芯片选型、原理图设计、PC B布板制版焊接、硬件调试与测试等。
And debug all the hardware circuit of the controlling system.
完成了控制系统软硬件的联调。
And debug all the hardware circuit of the controlling system.
完成了控制系统软硬件的联调。
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