系统选用的开发软件是ASP，开发采用结构化设计思想。
The system chooses the software of development that use is ASP. the system developments adopt idea of construction designing.
依据软件工程思想，采用结构化设计方法，对系统进行了总体设计和详细设计。
According to software engineering ideas and structured design methods, the paper carries out the system general design and detailed design.
整个软件采用结构化设计，查表的编程方法，提高了跟踪系统的稳定性和可靠性。
The whole program adopts structure designing and finding method of programming, which improves the stability...
软件设计采用结构化程序设计方法，完成了数据的输入、存储、处理、输出等功能。
The software's design uses modular method to accomplish the system's functions, including data input, storage, manage, output etc.
利用计算机技术，采用规范化、结构化的方法进行想定设计并完成模拟系统运行前资源准备，对于提高模拟系统应用效率具有非常重要的意义。
So there is a need for scenario technology that enhances the applications efficiency of simulation system by using regular and structural designing methods and computer technology.
文章首先探讨了虚拟仿真器的结构化模块化设计方法，然后采用类模板设计方法研究分布式作战台位仿真器的可重用设计技术。
First we discuss the structural module method to design the virtual battlefield simulators, then use class module method to discuss reusing methods in the distributed virtual battlefield simulators.
该源代码是采用结构化模块化技术设计的，易于阅读。
The resource code is designed by adopting the structural and block-built techniques, and easy to read.
系统软件采用软件工程设计方法，实现程序结构化，功能模块化。
The system software USES the design of software engineering to realize the structurization of the program and the modularity of the functions.
系统软件包括上位机系统软件和下位机系统软件，软件的设计采用结构化模块设计方法。
The system software included upper computer system software and lower computer system software. Method of structural module was adopted in the design of the system software.
该系统的特点是采用了浮点DSP、纯C编程、结构化设计和操作系统支持。
The unique characters of this designation are float-point DSP, pure C programming, hierarchy structure designation and OS support.
测试序列采用XML结构化设计语言，方便进行用例的组织和扩展用；
We use XML, the structural language, to make the organization and expansion of test cases.
采用结构化的功能模块设计系统功能，可读性好，易于扩充。
Adopt a design of the function mold system function that structure turn, readability good, be easy to the enlargement.
针对球磨机系统的多变量及非线性等特点，本文对球磨机系统进行对象特性分析，进行了模糊控制器的设计，并在PL C上采用结构化文本语言编程实现。
For the multivariable and nonlinear characteristics of ball mill system, analyzed the characteristics of objects, and designed fuzzy controller, which is realized on PLC using st programming language.
设计采用了结构化的开发方法，分为需求分析，系统分析，系统设计，系统实施和系统测评五个步骤进行。
System adopts structured development methods, including requirement analysis, structured analysis, structured design, system accomplishment and system measure, five steps.
整个程序采用结构化的设计方法，具有调试方便，维护简单，移植性好的优点。
Advantag es of this method include convenience for debug ging, simplicity for maintenance and good transplantation.
整个软件的设计采用模块化、结构化设计思想，程序便于移植，功能模块可以很容易的增加或删除。
The method of the modularization is also employed, which makes it easy to transplant the developed program modules.
整个软件的设计采用模块化、结构化设计思想，程序便于移植，功能模块可以很容易的增加或删除。
The method of the modularization is also employed, which makes it easy to transplant the developed program modules.
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