面向对象的

The indemnificatory design model is able to smoothly become programming code finally, it solve the problem of "how to realize".

在设计过程中精化方案，以 Use Case 建模技术捕获和描述软件需求，应用UML进行全局、局部和细节的面向对象设计，逐步得出一套明确描述方案的可视化模型，保障设计模型最终能平滑地过渡到程序代码，回答了&该怎么做&的问题。

Through the study of the style of knowledge description, the paper elaborates the numerical model knowledge, the symbolic experience knowledge and the instantial swatch knowledge. These three kinds of different knowledge have been used in loans risk classification in the paper. Just as the using of the Object Oriented technique and the AI (include ES, ANN, and the integrated of ANN and ES) technique, can the paper realize the five-grade loans risk classification.

本文通过对知识描述形式的研究，表述了经验符号性知识、模型化数量性知识和实例样本性知识三种类型，通过对其行为特征及转换、集成的研究，将这三种异构知识引入贷款风险分类分析；采用面向对象技术和人工智能的ES、ANN两种形式及其结合，实现了贷款风险五级分类。

Finally, based on the above research results, applying the visualization object-oriented programming technology VB language and "Anticipate Paraffin Deposition 2.0" which aims to predict the oil paraffine card by means of the indicator diagram, the paper realizes a highly effective diagnosis of oil pumping well.

最后，在理论研究成果的基础上，采用可视化面向对象编程技术VB语言和数据库技术开发了利用示功图预防油井蜡卡软件《Anticipate Paraffin Deposition 2.0》，实现抽油井高效诊断；成功应用于长庆油田部分油井的定性分析和定量诊断，取得了较好的效果。

Study to network-based parallelization of object-oriented programming languages has important realistic significance.

本文重点论述了基于网络环境的面向对象语言C++并行化技术的研究，以及C++并行系统的设计和实现。

In the CAPP decision,the Object Oriented technique is applied to predefine the blackboard structure ,knowledge source structure and decision strategy;it provides a simple and friendly platform for the design of the CAPP expert system.

基于黑板结构建立了 CAPP专家系统，应用面向对象技术构造了支持 CAPP决策过程中的黑板结构处理模型、知识源结构模型和适时响应黑板变化的控制模型，为用户提供了一个简易、友好的 CAPP专家系统平台。

In this package, the operations and functions of vector, matrix and pronumber are implemented by object-oriented programming technique, so that the gradient and Hessian of objective function can be calculated automatically and up to the machine precision of computers, and it provides the basis for accurate and effective optimization.

用面向对象技术实现了向量、矩阵和延拓数的相关运算和函数，使得目标函数的梯度和赫斯矩阵可以自动地求出，并且可达机器精度，为准确而有效的优化算法提供了基础。

KEDE is a knowledge engineering development environment. It combines frames,sematic nets,production rules and object oriented paradigm consistently. It has multi-inference mechanisms and possesses different programming styles.

KEDE是一个知识工程开发环境，它将框架、语义网路、生产式规则、逻辑及面向对象等知识表示有机地结合在一起，具有多种推理机制和程序设计风格，提供友好的用户界面，从而构成一个功能强、使用方便的集成化知识工程开发环境，用于开发各种复杂知识的大型专家系统。

With the object-oriented method and Modelica syntax, it analyzed the composition of the model of the multi-domain physical system described by the Modelica language, brought forward and realized the trifurcate tree structure of model based on sentence aggregate.

采用面向对象技术，结合Modelica 语法分析了基于Modelica语言描述的多领域物理系统模型的组成，提出和实现了基于句子集合的模型三叉树结构。

Firstly, based on the requirement of CFD application in modern turbomachine and grasping FLUENT that is a commercial preprocess code, secondary exploiture, which is a complex coarse that is from designment and optimization of project to exporting result and database management, was finished by utilizing OOP and database technologies, Plentiful time for numerical simulation of centrifugal compressor was saved by using the parameterized program.

首先，本文主要根据CFD 参与现代透平机械的要求，在深刻理解、熟悉了大型商业软件FLUENT 的基础上，采用面向对象技术和数据库技术，针对离心压缩机从设计、优化到方案确定，再到结果输出并进行数据库管理的全过程，进行了二次开发。

As human beingsaspiration for modularization of software manufacture being higher and higher and the object-oriented technique becoming mature,component technique was adverted by more and more people.

随着人们对软件生产模块化的日益渴求和面向对象技术的发展与成熟，组件技术越来越受到人们的关注。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。