以信号分析理论为基础，采用虚拟仪器技术，辅以多参量数据采集模块化硬件，设计了基于微机的虚拟综合测试台。
Based on the theory of signal analysis. Make use of the technology of virtual instrument and modularized hardware to design all-purpose test bench of virtual with the help of computer.
基于多cpu模块化硬件结构，控制系统的软件结构也是模块化的，各软件模块配合相应的硬件模块完成专门的任务。
Based upon the multi-CPU modularized hardware, the software of this system is divided into several parts. Each part performs a special task in cooperation with the corresponding hardware board.
引入虚拟仪器概念，在模块化硬件的基础上，通过软件定义测控系统的功能，有效利用广泛的计算机资源，增强系统的灵活性。
The functions of the system were defined by the software, which made the system access to widely scope of computer resource, and enhanced the flexibility of the system.
在it界，也有一些有关硬件模块化的出色例子。
Within it there are also excellent examples of hardware modularity.
测控系统的硬件采用开放式结构的模块化、标准化机器人控制器，分布式计算机测控系统结构；
The hardware structure of this system adopts modularized standardization robot controller with opening style. It adopts distributing computer measure and control system structure.
通过软件设计和硬件电路的结合，实现了数据采集电路的模块化设计，提高了系统的精度和可靠性。
By combining software design and hardware circuit, the modularization of designing data acquisition circuits is fulfilled, and the accuracy and reliability of the system are enhanced.
系统硬件平台采用模块化设计。
在硬件和软件设计上，采用模块化设计的思想。
On the design of the hardware and software, modularization technique is adopted.
以模块化的方式采用自顶向下的设计思路，重点阐述了光纤通道链路层的硬件设计方法，并给出了IP核的相关接口。
Focused on the hardware design of the fibre channel link layer, this paper applied modularization thinking in the top-down design process, with relevant IP core interfaces.
硬件采用模块化结构，组态灵活，可靠性高，操作方便。
The hardware adopts modular construction with the characteristics of highly dependability and convenient operation.
基于模块化设计思想，建立计算机数控系统软、硬件的功能模块研制模式及原型系统。
Based on the modular design method, this paper establishes of standard software and hardware modular developing mode of a CNC system's and a prototype system.
在硬件设计方面，考虑甲方任务的具体要求和系统的稳定性，采用模块化设计。
In terms of hardware design, consider to the specific requirements of the first party and the stability of system, we adopted the modular design.
在文中笔者运用模块化的设计思想完成了前端和检测台的硬件电路和软件程序的设计。
The dissertation introduces design of each module's hardware circuit and software program adopted modularization thinking in Front-end and Detection Base.
再次，在硬件的基础上，软件采用模块化编程，实现了转速和电流双闭环磁场定向控制。
Again, on the foundation of hardware, the software used modular programming to achieve the speed and current double closed loop field oriented control.
系统在硬件和软件方面均采用模块化的设计思想，既方便系统调试和用户使用，又为系统的改进和完善提供了便利，给以后的设计开发奠定了基础。
Modular designing ideas in hardware and software are not only convenient to debugging and using, but also improve and perfect the system. It offers the foundation for the future designing.
该系统硬件模块化，易于维护和扩展。
This system adopts modularized hardware and is easy to maintain and extend.
主要研究的内容包括：终端硬件的模块化设计，软件底层驱动的设计，以及最后人机交互应用的整体实现。
This thesis mainly studies the modular design of the terminal hardware, the software design of the underlying drivers, and the final interactive man-machine interface.
为了满足系统的设计要求，整个硬件设计采用模块化、开放性设计，由软件配置、控制。
In order to meet the systematic designing requirements, the opening and modularize design is adopted in the whole hardware while the work of configuration and control are provided through software.
软件无线电的思想是尽可能把宽带adc和DAC靠近天线，将无线电的各种功能用尽可能多的软件在一个开放性、通用性、模块化的硬件平台上完成。
Software radio (SR) aims to place the wideband ADC and DAC close to the antenna and use software to realize all the functions of radio based on an opening, universal and modular hardware platform.
硬件太是模块化的，与配件，如武器能够被换出的投影单元。
The hardware too is modular, with accessories such as arms able to be swapped out for projector units.
将usb总线和光栅测距结合于一体，设计了一种基于USB接口的光栅信号处理系统。该系统采用软、硬件结合的方法，具有模块化和多用化的特点。
In this paper, a system of grating signal processing based on USB is designed, which is characterized with modular and multiple use by means of combining software and hardware.
整个硬件平台的模块化程度较高，灵活性好。
The whole hardware platform is modularized and is highly flexible.
在模块化设计又划分为软件设计和硬件设计两部分。
The design of the modules is divided into two parts: the hardware design and the software design.
为提高可靠性和使用的灵活性，开发了一种模块化结构的自动消弧线圈及接地选线成套装置，给出了二者的硬件设计和接地故障子程序设计。
An incorporate device of automatic arc-suppression coil and grounding fault line selection based on modularity structure was developed to improve its reliability and flexibility.
该文介绍了自主模块化dsp技术的实验教学系统平台以及硬件模块、软件模块和积木式实验的设计。
The platform of blocking learning system using DSP technology and the design of the hardware module, software module and the building blocks experiment are also described.
控制系统硬件采用模块化设计，提高了系统的可靠性，便于系统的升级和扩展。
The hardware of the control system adopts the module to design, has improved systematic dependability, upgrading and expansion of the system.
对设计方案的制订、模块化设计流程、模拟仿真、逻辑综合、软硬件协同设计等技术从应用的角度进行了分析研究和掌握。
The technology of constitute scheme, modularize design flow, simulate and emulate, logic synthesis, cooperate with software and hardware has been researched and mastered from the point of application.
这种技术能承受工作周期和相移的变化，并带来硬件模块化的好处。
This technique tolerates duty? Cycle and phase? Shift variations, and offers hardware modularity.
这种技术能承受工作周期和相移的变化，并带来硬件模块化的好处。
This technique tolerates duty? Cycle and phase? Shift variations, and offers hardware modularity.
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