OOCP∶面向对象的化工过程计算机辅助开发环境（Ⅰ）－面向对象方法建立过程系统模型

从过程系统的角度说明了面向对象概念，完成了对化工过程的多层次抽象，建立了近２０个化工类，并提出了用面向对象方法建立化工单元和过程系统面向方程模型的思想。文中介绍了化工类库的分类方法，类库定义、类库组织形式和面向对象建模机制等，可以看出，面向对象方法能快速、方便地建立新的化工单元和系统的面向方程模型，克服了传统设计方法中面向方程法模拟流程难以建模和利用已有模型产生新单元模型的缺点，为迅速、有效地建立化工模型探索了一条新途径。这也是作者提出的基于Ｗｉｎｄｏｗｓ的面向对象化工过程计算机辅助开发环境─ＯＯＣＰ的核心内容。     

对Modula－2进行面向对象扩充

本文阐述了ＮＤＯＯＭ的设计和实现的主要思想．ＮＤＯＯＭ是一个Ｍｏｄｕｌａ－２的面向对象扩充，是Ｍｏｄｕｌａ－２的超集，其既充分支持面向对象程序设计，又保持了ＭＯｄｕｌａ－２的原有风格．     

Using NNF to transform conceptual data models to object-oriented database designs

More work is needed on devising practical, but theoretically well-founded procedures for doing object-oriented database (OODB) design [17]. Design procedures should also be flexible enough to take into account various application characteristics (such as whether objects are very large or are read-only). In this paper, we present and discuss an OODB design procedure that addresses these problems. The procedure is practical in the sense that it is based on a common family of conceptual models and in the sense that it does not expect users to supply esoteric, difficult-to-discover, and hard-to-understand constraints (such as multivalued dependencies), nor does it make hard-to-check and easy-to-overlook assumptions (such as the universal relation scheme assumption). At the same time, the procedure is well-founded and formal, being based on NNF (Nested Normal Form [21]), a new theoretical result that characterizes properties of interest in designing complex objects. It is also adaptable to various applications characteristics.     

面向对象程序设计语言的形式语义研究

面向对象程序设计语言(以下简称面向对象语言)的基本思想起源于六十年代中期的Simula语言,在七十年代的Smalltalk语言及环境中得到发展,在八十年代的Eiffel、C++等语言中进一步得到巩固和完善。     

UML及其在系统分析中的应用

介绍了统一建模语言(Unified Modeling Language,UML)的基本概念及主要内容,通过数字图书馆系统的模型构建阐述了UML在系统分析中的应用.     

Towards an intelligent database system founded on the SP theory of computing and cognition

The SP theory of computing and cognition, described in previous publications, is an attractive model for intelligent databases because it provides a simple but versatile format for different kinds of knowledge, it has capabilities in artificial intelligence, it can function effectively in the face of errors in its input data, and it can function like established database models when that is required.

This paper first describes the SP theory in outline and the computer models in which it is expressed. The main sections of the paper describe, with examples from the SP62 computer model, how the SP framework can emulate other abstract models used in database applications: the relational model (including retrieval of information in the manner of query-by-example, creating a join between two or more tables, and aggregation), object-oriented models (including class-inclusion hierarchies, part-whole hierarchies and their integration, inheritance of attributes, cross-classification and multiple inheritance), and hierarchical and network models (including discrimination networks). Comparisons are made between the SP model and those other models.

The artificial intelligence capabilities of the SP model are briefly reviewed: representation and integration of diverse kinds of knowledge in one versatile format; fuzzy pattern recognition and recognition at multiple levels of abstraction; best-match and semantic forms of information retrieval; various kinds of exact reasoning and probabilistic reasoning; analysis and production of natural language; planning; problem solving; and unsupervised learning. Also considered are ways in which current prototypes may be translated into an ‘industrial strength’ working system.     

面向对象的水电站群优化调度程序构架

将面向对象的技术引入水电站优化调度程序设计中，通过构建若干个调度类，实现数据的封装，为不同系统(若干个水电站不同组合方式)的软件开发，提供基本组件。     

一个面向对象系统的三维可视范型及实现

本文描述一个在三维虚拟空间内表示面向系统的可视范型，强调利用三维交互式图形来表示对象间的关系。其特点是有效利用屏幕空间且减轻认知负担。该范围使用一个三维图形工具箱ＴＯＡＳＴ提供的三维交互式技术和对象实现在ＳＧＩ图形工作站上。     

远程监控系统的云台控制及多画面显示

基于面向对象的编程思想，对有关串口编程和多画面显示的函数进行了类的封装，提出了串行通信和多画面显示程序的一般方法，并给出了远程监控系统的软件实现方法。     

MOPNet：基于模块对象的Petri网模拟及其应用实例

本文把向对象的思想同扩充了的Ｐｅｔｒｉ网相结合，构造了基于模块对象的Ｐｅｔｒｉ网模拟方法ＭＯＰＮｅｔ，用于并发系统的建模，并给出了ＣＡＩ通信模型设计和实现的一个应用实例。