hardware debug造句

• Finally , the circuit board is designed and the hardware debug is performed
  最后设计系统的硬件电路板，完成整个系统的软硬件调试。
• A hardware debugging tool that allows you to view the voltage on one or more electrical lines
  一种硬件调试工具，它让你能观察到一个或更多电路上的电压。
• Finally , the circuit board is designed , the software and hardware debugging is performed
  最后介绍了基于pci接口的位同步器的硬件电路设计实现和整个系统的软硬件调试。
• Hardware debug : read bios check point value , compare with bios error code message , will know defective position
  读取bios检查点check point之值,此时将error code位置数字显示器所显示
• Designing the circuit board with the eda software protel , downloading the control programme and completing the hardware debug 5
  4 .用eda软件protel设计电路板，下载控制程序，完成系统的硬件调试。
• Finally , the hardware debugging has been done . in this thesis , the developing status of dtv is introduced firstly
  目前时域同步的verilog模块设计已经完成,并且通过了fpga片上调试,达到预期效果。
• 3 . completing the circuit design based on the serial fiber transmission and the parallel fiber transmission and theirs hardware debug
  3 ：设计了通过光纤传输的串行传输方式和并行传输方式的电路并完成了硬件调试。
• Now the hardware debugging is finished and the whole controller works successfully . the second goal is the remote control design based on sopc
  本文通过合理选择微处理器、 i / o的复用设计和程序的优化达到了设计指标，硬件调试工作已经全部完成。
• The designing process of the edac circuit is described in the paper . the time simulation is analysed , too . the designment of the circuit has access the hardware debug , and can woks normally
  此外还将第一轮设计中的基本逻辑器件如与、或、非门以及诸如244 、 255 、译码器等小规模元器件都集成到fpga内部来实现。
• Beginning with indagation and choosing of parts , we have achieved its theory project , schematics , pcb drawings , hardware debugging and replantation of real time operating system ( rtos )
  本文从元器件调研、选型开始完成了386ex航天计算机的原理设计，原理图、 pcb绘制，硬件调试，并实现了vxworks实时多任务操作系统( rtos )的移植。
• The result of hardware debugging is a critical process because it decides success or failure of the design . simulation mainly realizes dsp , pci , ddr sdram interfaces and inter - communication which is the primary work for fpga design
  仿真部分主要是对三种接口: dsp 、 ddrsdram 、 pci进行fpga设计,这中间涉及一些协议,是fpga设计的关键部分。
• As for the fiber transmission , this paper introduces two ways of fibre transmission which are serial transmission and parallel transmission . the problems met in the hardware debug of fibre transmission are also analyzed
  对于光纤传输，文中介绍了通过光纤传输的两种方式：串行传输和并行传输，并对光纤传输硬件调试中遇到的问题进行分析。
• Thirdly , gprs terminal hardware design method including the main part schematic circuit and pcb design method was presented , in addition , the detailed hardware debugging also was given at last
  第三，详细介绍了基于rabbit2000的gprs终端硬件设计思路，并给出主要硬件单元电路设计的原理图及其pcb板设计方法，同时也详细给出其硬件焊接、调试过程。
• Then mentiones on the structure of the instrument , the special chips and the software structure . moreover , the source of error and the design approach of the electronic instrument is emphasized . finally , the circuit board is designed and the hardware debug is performed
  然后又介绍了本机的软硬件结构，以及一些具体的实施措施。最后，完成整机的软硬件系统设计，并且调试通过。
• The main subject including : * the digital tv technology and standard ; * the protocol of pci and the driver of pci device ; * the principle 、 design and implementing of the encrypted digital catv pci card ; * driver programming and hardware debugging
  主要内容包括： ?数字电视技术及其标准； ? pci总线协议标准及pci设备驱动程序的原理； ?基于nds加密的数字有线电视pci接收卡的原理和具体硬件设计、实现； ?驱动编写和硬件调试
• This thesis introduces the design of software & hardware as well as the detailed implement of the efw network card based on the arm7tdmi processor , including choosing the style of micro - processor , the style of nic chip , flash chip as well as sdram chip ; the design of integer electro - circuit ; the make of print board ; the jointing of apparatus and component ; and hardware debugging
  本文详细介绍了一种基于arm7tdmi处理器的efw网卡的软硬件设计及其具体实现。 efw硬件设计及实现主要包括微处理器选型, nic ( networkinterfacecard )芯片选型, flash芯片以及sdram芯片选型;整体电路设计;印制板制作;元器件焊接以及硬件调试等工作。
• Chosen the cvsd as the radio station ’ s voice coding . the character of strong anti - interfere in real communication circumstance was our major consideration to choose cvsd . as to validate the algorithm of cvsd and get the better parameter , we do the cvsd algorithm simulation firstly with matlab and the simulation tested the algorithm as well as given us some tips during the hardware debugging
  在实际设计和实现语音编码过程中为了对硬件编程语言有好的指导作用以及得到比较好的编码参数,首先用了matlab对语音编码进行了仿真,通过仿真验证了算法同时获得的参数为实际的硬件实现提供了一定的参考价值,也给我们的实际调试指出了方向性的指导。
• And the hardware debug . on the software part , it takes charge of the cmos image sensor configure code , the code of cpld for image capturing , the embedded code for dsp operation , and the trilogy on usb development , which are the firmware , the dirver , and the application program
  在软件开发方面: cmos图像传感器芯片的配置代码开发、 cpld在高速图像采集中的vhdl应用程序开发、 dsp应用程序中一部分代码的开发和全部usb系统软件代码(固件程序、 wdm功能设备驱动程序和界面应用程序)的开发。
• A testbench program is edited to simulate the behavior of the fifo . after the software simulation is accomplished , a real hardware circuit is designed to multiplex two data channels ( 1553b data channel and 1394 data channel ) according to ccsds standard . during the experiment and hardware debugging , the output logic of the fpga is checked up
  设计中，用vhdl语言对高速复接器进行行为级建模，为了验证这个模型，首先使用软件进行仿真，通过编写testbench程序模拟fifo的动作特点，对程序输入信号进行仿真，在软件逻辑仿真取得预期结果后，继续设计硬件电路，设计出的实际电路实现了将来自两个不同速率的信源数据( 1394总线数据和1553b总线数据)复接成一路符合ccsds协议的位流业务数据。
• The device drivers of a / d analog - to - digital converter has been realized . the method of building an embedded software development environment is analyzed in detail , include building cross compiler , porting the linux kernel , building the root filesystem , otherwise , the debugging of embedded system has been studied , include the software debugging and the hardware debugging
  分析了嵌入式linux的软件开发环境的构建,包括交叉开发环境的建立、内核的移植和配置、根文件系统的建立以及bootloader的设置等,还对嵌入式系统的调试进行了研究,包括硬件调试和软件调试。