基于工控机的中小型燃煤锅炉智能控制系统

针对国内中小型燃煤锅炉控制系统中存在的结构复杂、调试难度大、控制质量不高的现状，利用仿人智能控制理论、计算机控制理论和面向对象编程技术，开发了一种基于工控机的中小型燃煤锅炉智能控制系统。介绍了恢系统的硬件系统和软件系统的实现方法和仿人智能控制算法。它不仅具有成本低、配置灵活、调试简单、易于维护等特点。也有较强的鲁棒性。可以有效地提高控制质量。这对于提高锅炉的热效率、降低耗煤量和环境污染有一定的现实意义。     

CM-Builder: A Natural Language-Based CASE Tool for Object-Oriented Analysis

Graphical CASE (Computer Aided Software Engineering) tools provide considerable help in documenting the output of the Analysis and Design stages of software development and can assist in detecting incompleteness and inconsistency in an analysis. However, these tools do not contribute to the initial, difficult stage of the analysis process, that of identifying the object classes, attributes and relationships used to model the problem domain. This paper describes an NL-Based CASE tool called Class Model Builder (CM-Builder) which aims at supporting this aspect of the Analysis stage of software development in an Object-Oriented framework. CM-Builder uses robust Natural Language Processing techniques to analyse software requirements texts written in English and constructs, either automatically or interactively with an analyst, an initial UML Class Model representing the object classes mentioned in the text and the relationships among them. The initial model can be directly input to a graphical CASE tool for further refinement by a human analyst. CM-Builder has been quantitatively evaluated in blind trials against a collection of unseen software requirements texts and we present the results of this evaluation, together with the evaluation method. The results are very encouraging and demonstrate that tools such as CM-Builder have the potential to play an important role in the software development process.     

基于K中心方法的氨基酸序列聚类分析

针对氨基酸序列的聚类问题，提出了基于K中心方法的解决方案。该方案把K中心方法、动态规划方法和生物学研究中的一些新理论有机地融合在了一起。通过实验，该方案具有很强的适用性和很好的聚类效果，是数据挖掘方法在生物信息学研究中一次有益的探索。     

基于多智能体系统的面向对象本体研究

智能体间的信息交互和行为协调是共同完成被委托任务的必要条件,论文提出了在多智能体系统中智能体本身必须建立领域模型的技术要求,即用本体支持运行时的语义交互。为此,文中用面向对象的知识表示方法描述并建立本体,并以此为基础形成领域操作代数系统和智能体服务描述语言。结合开放购买的仿真案例,表明在一个完整的情景语义交互中,服务提供方需要以智能体服务描述语言表述自己提供服务的方法和过程,而接受服务方必须在理解智能体服务描述语言的基础上,获取某一具体服务。     

面向对象的无功优化软件开发与应用

介绍一套完全采用面向对象的概念及编程技术开发的电网无功优化计算软件。该软件充分利用了Visual C 在可视化程序实现方面的优势，将电力系统的各种元件用对象表示，并以数据为中心开发通用的数据交换接口，使程序具有很好的通用生和可扩展性，该软件及其采用的线性规划内点法具有良好的实用性和适用性，已应用于广东电网的无功优化，取得了满意的优化效果。     

基于Game理论交流接触器电磁系统多目标优化设计的软件实现

以CJ20-25型交流接触器为例，重点介绍以Game理论为基础，结合面向对象程序设计(OOP)技术对交流接触器电磁系统进行优化设计的具体实现方法。     

UML技术在程序建模中的应用

UML(标准建模语言)是面向对象技术的一个重要应用,也是近代软件工程环境中对象分析和设计的 重要工具。首先介绍了UML技术,然后就UML技术在程序建模中的应用进行了阐述。     

Towards the construction of workflow-suitable conceptual modelling techniques

Despite their high-level and graphical nature, workflow specifications require a significant amount of implementation detail — for example application programming interface, database access and programming mechanisms for information flow — for a more comprehensive validation than is currently possible. This is currently recognized as a deficiency in workflow conceptualization. Although conceptual modelling techniques are available which are expressive, comprehensive and precise enough, we believe, their concepts and features are not specialized enough for workflow domains. In this paper, we offer a comparative insight into techniques which characterize different aspects and approaches of workflow specifications. These are: structured process modelling, object-oriented modelling, behavioural process modelling and business-oriented modelling. In particular, we determine gaps for workflows capturing operational business transaction processing, for example those of insurance claims, bank loans and government-related registration. For technique construction, we describe five workflow suitability principles.     

基于面向对象和STEP技术的注塑模产品模型研究

本文分析了数据交换技术的发展，指出STEP技术可以满足集成化系统开发的需要，而面向对象技术则很好地解决了模型间的数据交换，并据此提出了一基于面向对象和STEP的注塑模产品模型，该模型分为总体信息模型、主特征模型、结构信息模型及辅助装置模型，并用EXPRESS-G对其作了进一步阐述。     

CIMS信息集成平台中实例代OO视图的维护方法

为满足CIMS信息集成平台中全局集成级物理集成策略的需求，本文研究了实例化面向对象视图的有效维护问题，提出了一个实例化面向对象视图的有效维护方法．该方法是代数的和基于等价推理的，它使用对象代数作为基本描述语言．本文给出了一个传播基类的更新到实例化OO视图的更新传播算法，证明了该算法是正确的并保持了一定程度的最小性，即它可以确保没有不必要的实例被计算．分析和实验结果表明，大多数情况下改变传递算法都比重新计算视图有效．