debugging module
英 [ˌdiːˈbʌɡɪŋ ˈmɒdjuːl]
美 [ˌdiːˈbʌɡɪŋ ˈmɑːdʒuːl]
调试模块
双语例句
- The control system is designed by module, which includes CPU core module, memory modules, debugging interface modules, data transmission module, human interface module, and electrical control module.
控制系统采用模块化设计，主要模块包括：控制核心CPU模块、存储器模块、调试接口模块、数据传输模块、人机交互模块、电机控制模块。 - The monitor programs of the target are composed of executive module of debugging command, communication module and code control module.
目标机端的监控程序主要是由调试命令执行模块、通信模块、代码控制模块组成。 - On the basis of its application on development of EFI engines, the development system is divided into four subsystems, while include: ECU development module, ECU setting module, ECU debugging module and data management module.
通过软件和硬件的完美结合实现了以下功能模块：ECU系统开发功能模块、ECU设定功能模块、ECU调试功能模块和数据管理功能模块。 - Debugging module includes five sub-modules. They can directly access and amend to data in the shared memory and facilitate the developer and user to view status messages of the CNC system.
调试诊断模块由五个子模块组成，主要是供数控系统的开发人员使用，提供对共享内存中数据的实时查看和直接修改功能，方便开发调试人员了解系统的运行状况，提高了系统的开发效率。 - The cross debugger has four components: user interface, debugging module, communication module and operating system supporting module.
交叉调试器可以分成四部分：用户接口、调试功能模块、通信模块和操作系统支持模块； - A method to extend GDB is introduced, using the hardware debugging module in ARM processors.
文中介绍了一种利用ARM处理器硬件调试模块，扩展GDB远程调试功能的方案。 - In multi-computer object the virtual machine design is based on MIPS processor, which includes CPU module, peripheral device module and debugging module and so on. In the dissertation it is introduced detailedly and systematically.
本文系统、详细地介绍了基于MIPS处理器的虚拟机设计，其中包括CPU仿真、外围设备和调试模块等。 - Finished debugging AD module.
完成了系统AD部分的调试。 - Then debugging and testing the each module.
对各个模块分别进行了调试和测试。 - Here in this study, an integrated sensor prototype of integrated detecting circuit, A/ D and wireless digital transmission module is developed for the acceleration sensor. The debugging result indicates that this developed module meets the expected designing requirements in function.
本文对于加速度传感器，设计研制出了集成检测电路、A/D及无线数传模块的集成传感器原型，调试达到了设计功能和要求。 - By debugging the synchronization modules with other module, the functions of DRM receiver were basically completed.
通过与其它软件模块的联调，完成了DRM接收机基本的功能。 - Secondly, the principle of selecting key components of apparel pressure measurement ( such as sensors, ADC and the FPGA chips) was discussed. The circuit design, production and board-level debugging of the data acquisition module is made.
其次，讨论了服装压力测量系统关键部件（如传感器，ADC及FPGA芯片）的选型原则，并完成了系统数据采集模块的电路设计、制作与板级调试。 - The hardware debugging 、 module testing and the design amelioration.
硬件调试、模块测试，设计改进。 - By downloading profile to the programmable logic device, this dissertation accomplishes the joint debugging between the control module and whole system, and the test result shows that the module designed works normally.
通过将配置文件下载到可编程逻辑器件中，完成了控制模块与整个系统的联合调试，运行结果表明该模块工作正常，满足设计需求。 - Through debugging we know each hardware module can working properly and produce the ideal waveform we need. The system performance is stable. And the whole operation is smooth, convenient and timely, basically meets the desire of the design to kill the pests underground.
通过调试知道各个硬件模块均正常工作，可较好的产生所需理想波形，系统性能稳定，调节灵敏、显示及时，达到了设计的需求，满足电场杀虫的要求，且调节方便。 - On this base, the modular design method is used for designing and debugging sensing module, micro-processing module, wireless communication module and power supply module, thus a wireless acceleration sensor node with digital interface is integrated using the above modules.
在此基础上，采用模块化设计方法，对无线加速度传感器的传感处理、微处理、无线收发以及能源模块进行设计、调试，进而集成了基于数字接口的无线加速度传感器。 - The debugging system consists of camera acquisition module, the network transmission module, manual threshold setting module, camera parameters setting module, and feature color table saving module.
该调试系统由摄像头采集模块、网络传输模块、人工阈值设置模块、摄像头参数设置模块、特征颜色表保存模块组成。 - Software system mainly includes user management, urine inspection control, data management, and equipment debugging. User management module manages user information to access the system.
软件系统主要包括用户管理、尿检操纵、数据管理、仪器调试等几个重要的模块。 - After the circuit design of every function module is finished and the PCB is made, the software and hardware debugging is carried out on each function module, then the entire system is jointly debugged.
完成了系统各功能模块的电路设计和PCB制作，并进行了各个功能模块的软硬件调试及系统联调。 - Then debugging of the module is described. The system test is introduced at last.
接着，介绍了国产化零槽控制器模件的调试过程。最后，阐述了整个系统的测试过程。 - The overall system hardware and software debugging, including hardware and software debugging and calibration of blood pressure measurement module, hardware and software debugging of serial communication, pulse wave signal analysis and processing program debugging.
完成整体系统的软硬件调试，包括血压测量模块的软硬件调试及标定、串口通信的软硬件调试、脉搏波信号分析处理程序的调试。 - On this basis, the corresponding complete design, simulation and debugging, preparation of the frequency control module microcontroller program, completed a new radar altimeter simulator design.
在此基础上完成了相应的设计、仿真和调试，编写了频率控制模块单片机程序，完成了新型雷达高度表模拟器的总体设计。 - It includes design and functional debugging such modules as CPCI interface module, the SDI signal receiver module, FPGA module and DSP module.
主要包括CPCI接口模块、SDI信号接收模块、FPGA模块以及DSP模块外围接口电路的原理图设计以及功能调试。 - Software system including image acquisition, image processing algorithm, communication debugging, size calibration and camera debugging module.
软件系统包括图像采集、图像处理算法实现、通信调试、尺寸标定，摄像调试等模块。 - And then, basing on the completed hardware design, we did some system software simulation and debugging to implement every module function.
然后，在完成以上硬件设计的基础上进行了系统软件的仿真与调试。 - Complete the establishment of debugging environment, CPU starting up and reset control words reading, SDRAM testing, NOR Flash testing, serial debugging and network module debugging gradually.U-Boot porting.
建立调试环境，逐步完成了CPU的启动及复位控制字的读取、SDRAM的测试、Norflash的测试、串口的调试和网络模块的调试。U-Boot移植。 - Using Verilog hardware description language design, simulation and debugging, automatic exposure module is divided into the main module, exposure compensation module and Flicker detection module.
采用Verilog硬件描述语言进行了设计、仿真和调试，模块主要分为自动曝光主模块、曝光补偿模块、Flicker检测模块。 - This design pattern makes a big convenience for subsequent debugging; module can be test individually one by one and finally trial run together; accelerate the system development process.
这种设计模式也为后续的调试带来了很大的方便，可以逐个模块的分调最后进行联调。加速了系统开发的进程。 - After simulation, the system board, soldering, debugging, wireless synchronization module has been applied to the mass production test.
经过仿真、制板、焊接、调试，无线同步模块现已应用于批量生产测试。