基于知识库BDAR分析方法研究

该文在综述ＲＤＡＲＡ方法的基础上,提出了应用知识库与ＢＤＡＲＡ的集成的思路 施方法,及ＩＢＤＡＲＡ知识库研制开发的关键技术。     

AutoCAD实体造型方法与编程实践

介绍了ＡｕｔｏＣＡＤ ＡＭＥ的造型方法和造型功能，分析了比较了两种实体造型方法，是时介绍了ＡＭＥ的二次开发接口ＡＰＩ的使用方法。     

用ARX进行变径岔管曲面CAD开发

讨论了利用ＡＲＸ在ＡｕｔｏＣＡＤＲ１４上进行变径二岔 管和三岔管曲面ＣＡＤ二次的方法,文中讨论了的方法可用于其它类似的基于ＡｕｔｏＣＡＤ的ＣＡＤ系统的二次开发。     

基于AutoCAD的组件化程序设计方法

组件化是现代开放软件系统的得要特征之一。本文介绍了ＡＤＳ和ＡＲＸ环境下的ＡｕｔｏＣＡＤ二次开发方法，着重论述基于ＡｕｔｏＣＡＤ的组件化程度设计方法，通过对有限元建模软件ＡｔｕｏＦＥＭ结构体系的剖析，说明了线件化程序设计方法的具体实现与意义。     

SAGACIA全局优化方法及应用

ＳＡＧＡＣＩＡ全局优化方法及应用＠李兵＠蒋慰孙￥华东理工大学自动化研究所模拟退火法，遗传算法，趋化性方法，优化ＳＡＧＡＣＩＡ全局优化方法及应用李兵蒋慰孙（华东理工大学自动化研究所上海２０００２３７）关键词模拟退火法，遗传算法，趋化性方法，优化１）国家自然科...     

逆奈氏阵列（INA）设计过程CAD的简捷实现

逆奈氏阵列（ＩＮＡ）设计方法在多变量控制系统的频域设计中占有重要的地位，而行之有效的ＣＡＤ实现方法以圩其成功应用是必不可少的。本文探讨了在ＭＡＴＬＡＢ环境下ＩＮＡ方法ＣＡＤ的简捷实现途径，提出了具体的实现方法。     

ADAM5510的中断方式通讯研究

ＡＤＡＭ５５１０的用户资料没有提供有关中断方式通讯的编程规则。本文在分析ＡＤＡＭ５５１０有关通讯库函数的基础上，总结出了ＡＤＡＭ５５１０中断方式通讯的编程方法。实践表明，该方法应用效果好，且易于实现。     

JAVA本地方法的建立与使用步骤

①定义使用了本地方法（Ｃ语言写的）的ＪＡＶＡ类源程序。在ＪＡＶＡ源程序类中,所包含的本地方法用ｎａｔｉｖｅ声明,并使用语句ｓｔａｔｉｃ｛ｌｉｎｋｅｒ．ｌｏａｄｌｉｂｒａｒｙ（“方法库名”）;｝。②用ｊａｖａｃ对该ＪＡＶＡ源程序进行编译,生成．ｃｌａｓｓ形式的ＪＡＶＡ字节码程序文件。③为了以后用Ｃ语言编写本地方法,从而在Ｃ代码中操纵ＪＡＶＡ对象,Ｃ程序需要有一个遵从在ＪＡＶＡ源程序中对本地方法声明过的头文件,用于定义将要履行的Ｃ功能和数据结构。这一步,可通过对上述包含本地方法的．ｃｌａｓｓ程序文件…     

ARX在岔管过渡段曲面CAD中的应用

ＡＲＸ是基于ＡｕｔｏＣＡＤ进行ＣＡＤ软件开发的新一代开发工具。本文讨论了利用ＡＲＸ在ＡｕｔｏＣＡＤ ＲＭ上进行岔管过渡段曲面ＣＡＤ开发的方法。     

面向对象分析方法的目标探析

迄今为止，已有许多介绍和比较ＯＯＡ方法的工作，但缺少对ＯＯＡ方法的目标的深入探析。有鉴于此，本文系统分析了一些ＯＯＡ方法所声称的两个目标：（１）ＯＯＡ达到了需求分析的目标；（２）从ＯＯＡ向ＯＯＤ的过渡是自然的，从而指出许多ＯＯＡ方法未能完成需求分析的全部任务，从ＯＯＡ过渡到ＯＯＤ也不象一些方法所说的那样容易，同时讨论了从ＯＯＡ过渡到ＯＯＤ所存在的一些困难，也给出了实现从ＯＯＡ顺利过渡到ＯＯＤ的若干建议。     

接口自动机--一种用于组件组合的形式系统

接口自动机是描述基于组件系统中组件及组件间交互行为的形式化工具。接口自动机在处理组件组合问题时所使用的“乐观方法”和博弈思想是区别于其它形式化工具的关键点。本文对接口自动机、时间接口自动机和资源接口及其中的博弈思想进行综述。在同其它形式化方法比较的基础上,指出了接口自动机的长处和局限。文中总结了接口自动机在理论上和实际中的意义并对其应用前景做了展望。     

Deep Web查询接口研究

Deep Web查询接口是Web数据库的接口,其对于Deep Web数据库集成至关重要。本文根据网页表单的结构特征定义查询接口;针对非提交查询法,给出界定Deep Web查询接口的一些规则;提出提交查询法,根据链接属性的特点进行判断,找到包含查询接口的页面;采用决策树C4.5算法进行分类,并用Java语言实现Deep Web查询接口系统。     

基于数据模型的接口用例自动生成

在嵌入式软件设计过程中，接口是非常重要的设计元素，对接口协议进行验证是接口测试中的主要内容。但现在软件接口类型不同，需要人工识别与组装各种接口的测试用例报文，接口协议的复杂度直接影响测试用例编制的难度与工作量。为实现接口测试用例的自动生成，提出一种基于数据模型的接口用例自动生成技术，根据复杂的接口协议文件，建立被测软件的接口协议形式化模型，准确、高效地表达接口协议规则及要素，并使用动态计算与替换算法得到相应业务场景下的预期结果，生成标准化的测试用例，更可兼容多种类型的接口，有效提升了接口测试效率。     

Component mode synthesis methods using partial interface modes: Application to tuned and mistuned structures with cyclic symmetry

We present new component mode synthesis methods using partial interface modes which are the structure normal modes resulting from the static condensation of the structure to the interface between the substructures and which are possibly clamped at a part of this interface. These methods are the generalization of the classical component mode synthesis methods and those using the interface modes. These methods allow to reduce the number of the interface coordinates and at the same time to keep some of the physical interface displacements. These methods are applied to a structure with cyclic symmetry in both tuned and mistuned cases.     

Application Research of Color Design and Collocation in Image Processing

Color is one of the primary elements of artistic expression. Its design and collocation play a very important role in image processing. While the number of people using the Internet is increasing, more attention is being paid to the user’s experience including the color design and matching of the Internet web interface, in order to reach the color design of the web interface with image processing as the core. This thesis firstly discusses the importance of web interface color design and matching in image processing from the image processing appeal of the web interface and the color characteristics of the web interface. Secondly, through a simulation experiment, the characteristics and emotional color of the web interface colors are analyzed. The function of interface color design and the application of the web interface color design, color matching and color emotion are summarized. This paper discusses the concept of the web interface color design with image processing as the core, provides theoretical guidance for implementing color design for web interface designers and related parties, and provides content for further exploring the color design of web interface in image processing.     

Methods for interfacing analysis software to optimization software

Three methods are presented for interfacing analysis software to optimization software to create design software. These methods are referred to as the “conventional interface”, the “pro-gramming-free interface”, and the “generalized interface”. The latter two methods introduce new ideas which are attractive from the user's standpoint. The programming-free interface simplifies the interface process by eliminating the necessity for tlie user to modify the analysis source code. The generalized interface allows one to create a general-purpose design package from a general-purpose analysis package. Support for the methods has been implemented in a software package named OPTDES.BYU. Use of the methods with this package is illustrated with a simple example.     

This button makes you go up: three-year-olds and the Nintendo controller

Forty three-year-old children used the Nintendo controoler in a simple cursor-placement task, with two different software interfaces. The directional interface required children to map specific directions of movement on to specific buttons on the controller. The non-directional interface simply advanced the cursor in a clockwise direction to the next placement location, regardless of the specific directional button pressed. Results indicate that while the youngest three-year-old children find the non-directional interface slightly easier to use, older three-year-olds are more successful with the directional interface. In addition, all three-year-olds actually experienced problems using the simpler, non-directional interface - and problems increased with age. The results are discussed with reference to designing appropriate interfaces for the wide variety of skill levels present in the pre-school population.     

End-user adoption of animated interface agentsin everyday work applications

Recognizing the potential contribution that interactive software agents bring to everyday work applications, this paper reports on end-user adoption of animated interface agents in one particular work application environment: Microsoft® Office. The paper develops and empirically tests a theoretical model of the factors affecting an end-user's choice to adopt and utilize such interface agents. From this theoretical model, a survey instrument was adapted and administered to 261 participants, familiar with animated interface agents. Results from a partial least squares (PLS) analysis indicates that a variety of factors are at play, which inhibit or foster a person's choice to utilize and adopt animated interface agents. Of significance is that: (a) both perceived usefulness and perceived enjoyment are important influencing factors; (b) users with high scores in innovativeness toward information technology are less likely to find animated interface agents enjoyable; (c) individuals with high animation predisposition scores perceive animated interface agents to be more enjoyable; and (d) users who perceive animated interface agents to be more enjoyable also perceive them to be more useful. Such insights can be used to leverage the introduction and rollout of animated interface agents in everyday work applications in ways that promote their avid adoption and use.     

User interface specification with sequence diagrams: an application to the AIRBUS A380 Datalink system

The development of user interfaces for safety critical systems is driven by requirements specifications. Because user interface specifications are typically embedded within complex systems requirements specifications, they can be intractable to manage. Proprietary requirements specification tools do not support the user interface designer in modelling and specifying the user interface. In this paper, a new way of working with embedded user interface specifications is proposed, exploiting sequence diagrams with a hypertext structure for representing and retrieving use cases. This new tool concept is assessed through an application to the requirements specification for the Airbus A380 air traffic control Datalink system; engineers involved in the development of the Airbus cockpit used a prototype of the tool concept to resolve a set of user interface design anomalies in the requirements specification. The results of the study are positive and indicate the user interface to requirements specification tools which user interface designers themselves need.     

基于COM组件的Matlab7.x与VC++6.0接口技术及实际应用

介绍了MATLAB7.x与VC+ +6.0四种接口方法,分析比较了各种方法的优缺点.在此基础上,着重研究了基于COM组件的接口技术,详细阐述了利用COM组件进行接口的配置、步骤和方法.使用此接口技术,完成了某数值仿真平台的实例开发,较好地实现了Matlab7.x强大的计算功能与VC+ +6.0卓越的可视化功能的高效结合,大大提高了数值仿真软件的开发效率.