模块化框架的目标就是通过应用这些基本原理，以改进您的自动化测试套件的可维护性和可扩展性。
The goal in a modularity framework is to apply these principles in order to improve the maintainability and scalability of your automated test suites.
知识表示模块化和知识库组织结构化有助于降低知识库维护的复杂性。
Modular knowledge representation and structural knowledge base organization can reduce the com-plication of knowledge base maintenance.
模块化设计在增强了机构的可靠性的同时有效降低了维护时间和成本。
Modular design increases the reliability of mechanism meanwhile reduces the time and cost for maintaining.
同时，为了增加系统的稳定性和可维护性，采用了模块化的设计思想。
At the same time, in order to increase the system stability and maintainability, we introduce the thought of modularization.
其软件采用面向对象技术，使系统模块化好，通用性强，大大方便了软件的调试和维护。
The related software USES object-oriented technology, which makes the modularization and generality of whole system better. Debugging and maintenance of software become convenient greatly.
这一监控电路采用了模块化的设计思路，引入了可编程器件技术及光电隔离技术，从而提高了整个测试台的可靠性和可维护性。
This circuit makes use of modular structure, photoelectric isolation technique and programmable device and really improves the reliability and maintainability of transmitter test bench.
为了增强软件系统的可读性和维护性，软件编程均采用模块化的程序设计。
In order to enhance the readability and maintainability of software system, the design of software adopts modularization programming.
面向对象的设计模式，可以提供诸如重新很大的优势，可用性，模块化和可维护性，但它可能不是很明显我们的Web应用程序如何能够受益于这些功能。
OOP design patterns can offer great advantages such as re-usability, modularity, and maintainability, but it may not be obvious how our web application can benefit from these features.
CORBA中间件技术可以使机器人应用程序的开发模块化，更加简单、快速，能够提高系统的可移植性、可重用性和可维护性。
The CORBA middleware technology could modularize the development of robot application program which was simpler, faster, and improve the portability, reusability and maintainability of the system.
软件的开发是面向过程的，强调模块化编程，开发周期短，可维护性好，并体现了软件的实用性和通用性。
While the exploiture of software faces to the process which emphasizes the modularized program, and it has short exploitation period and good maintainability which embodies software's practicability.
在软件上，系统采用了模块化的设计方法，提高了系统的通用性和维护的简易程度。
In terms of software, the system USES a modular design method to improve the system's universal property and reduces the difficulty of system maintenance.
新的控制器构架采用模块化设计，不仅满足MES对单元控制器的要求，还使软硬件设计简洁、清晰，可靠性和可维护性提高。
The new modularized-framework design of controller can not only meet the demand of MES cell controller, but also improve efficiency of development of hardware and software.
新的控制器构架采用模块化设计，不仅满足MES对单元控制器的要求，还使软硬件设计简洁、清晰，可靠性和可维护性提高。
The new modularized-framework design of controller can not only meet the demand of MES cell controller, but also improve efficiency of development of hardware and software.
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