The platform is implemented with visual basic that provides a friendly interactive interface to the user , while all the transaction data is stored in the relational database . the system completely proves the data miner feasible , valuable and effective by setting an example of a web transaction data , and embeds some visualization techniques into it to realize some interesting investigation on data visualization and knowledge representation 系统以一个网络交易数据库为例,说明了本文实现的数据挖掘系统的可行性,有用性及有效性,并将可视化技术融入其中,在数据分析以及知识的可视化表达方面做出了一定的有意义的研究。
( 2 ) the paper proposes a a model of e - commerce recommender system based on the multi - agents . its main idea is that interactive interface agent captures the user ' s implicit feedbacks and services the user with recommendations , which come from the result set of content - based agent and collaborate agent ( 2 )论文提出了一个基于多agent的电子商务推荐系统模型,其核心思想是:由用户界面agent接受用户反馈信息及呈现推荐结果,采用基于内容agent与协作过滤agent共同完成推荐。
The design of aircraft cockpit , which acts as the man - machine interactive interface is of great research value . the author utilizing advanced cad technology , combining the intersecting knowledge with man - machine engineering , robotics , aero - human - engineering , etc , has exploited corresponding modules , such as the simulation of pilot manipulation , vision checkout , vision simulation , accessibility calculation , manipulation force calculation , and established a set of subsystem of aircraft - cockpit - design on the platform of catia 本文利用先进的计算机辅助设计( cad )手段,结合人机工程学、机器人学、航空人体工程学等边缘交叉学科知识,在catia平台上,利用其二次开发语言vbscript ,实现了相应的飞行员操纵动作模拟、视界检查、视觉模拟、可达性计算和操纵力计算等功能,初步建立起一套飞机座舱设计cad子系统。
The water price system simulation plat is developed with java language as the basic developing tool , this plat has very good interactive interface . water price evaluating during the different economic conditions can be simulated by the plat . the factor analysis affecting the water price can be gone on by this plat 利用水价仿真系统的数学模型,以java语言作为底层开发工具开发了东线工程水价系统仿真平台,该平台具有良好的人机交互界面,利用该仿真平台可以模拟在不同条件下水价的计算及其影响因素分析。
4 , we construct an adaptive human - human interactive interface supporting cooperative awareness . the research on cahhi further perfects the existing adaptive system and makes the cooperative awareness naturally and variously . it contributes to solving the problem of web - based learning ' s interactive interface , enhances the awareness and interaction and makes the interactive environment more flexibly , friendly and efficiently 论文对支持协同感知的人一人交互界面自适应机制cahhi的研究,进一步完善了现有的自适应机制,使协同和感知变得更为自然和丰富,促进了信息化学习中交互界面问题的解决,提高学习者之间的感知性和交互性,使交互环境成为一种更灵活、友好、高效的界面形式。
Applying user tools and grip of ugii software , user ' s designing menu and interactive interface of parameters have been developed which can convenient designing procedure and advance designed efficiency . another , 3d finite element modeling include frame and cylinder has been builded firstly in this article 本文应用ug软件的二次开发工具( usertools )及二次开发语言( grip语言) ,开发了用户设计菜单及相应的参数交互界面,方便了设计过程,使操作更加快捷,提高了设计效率。
The hardware platform of the measure and control system consists of transducers , data acquisition modules , industrial control modules , eight - channel digital display instruments , display and control instruments and personal computer etc . . the interactive interface of the system is developed on the basis of the data acquisition software dasylab and the program language labwindows / cvi . on the one hand , the interactive interface designed by dasylab is used to acquire the data from the wavebook / 512 and wbk . 14 . on the other hand , the active interface designed by labwindows / cvi is used to acquire the data from the industrial control modules and control the modules 测控系统的硬件平台用传感器、数据采集器、工控模块、八通道数字显示仪、控制显示仪、计算机等组成,测控系统的人机交互界面用数据采集与分析软件dasylab与程序设计语言labwindows cvi开发。该测控系统利用dasylab组建的人机界面完成对数据采集器wavebook 512与wbk14的数据采集,利用labwindows cvi编制的人机界面完成来自于工控模块的数据采集与控制。
Vi ) after researching on operation environment and mechanism of arx application program , interface technology for connecting with mfc dll , utilizing objectarx 2000 as autocad reprogramming tool to implement human - machine interactive interface same style as autocad , moreover primarily realizing part of garment structure graphics intelligent revise . finally , summarizing the whole paper , prospecting future development a ( 6 )在研究了arx应用程序的运行环境、运行机制及mfc动态链接库编程接口技术的基础上,在两层c / s结构下,利用objeetarx2000为autocad二次开发工具,实现了arx应用程序与autocad风格一致的可视化人机交流界面,并初步实现了部分服装结构图形的智能修改。
First , based on the analysis to the development condition of computer and property of the input data of bridge , this paper , taking convenience and practicability as principle , develops the multi passages data - in system made up with human - computer interactive interface and excel import model . second , after comparing and analyzing to the calculation theories and methods of creep and shrinkage , clearing up the key steps of creep and shrinkage analysis , the paper takes incremental method to establish program to analyze secondary inner force caused by creep and shrinkage . third , the paper puts some optimal or simplified treatment to the contents of pre - stress and develops relative program ; in addition , through analysis to the different methods used to calculate the secondary inner force caused by pre - stress , the paper combines equivalent load method with finite element , carries out some simplified treatments , and establishes program to calculate secondary inner force caused by pre - stress 首先,在分析当前计算机的发展状况及桥梁结构输入数据特点的基础上,以方便、实用为原则,采用人机交互界面和excel输入方式联合的多通道数据输入系统;其次,通过比较分析徐变收缩计算的各种理论及方法,澄清了徐变收缩分析的关键过程,并采用增量法编制程序,实现徐变收缩次内力分析;再次,对预应力的相关计算内容进行适当优化或简化处理,并编制相应程序;另外,本文还在比较预应力次内力各种计算方法的基础上,将等效荷载法结合有限元进行一些简化处理,编制程序实现预应力次内力的计算;最后以三个算例来校核计算方法及程序运行结果的可靠性,取得了预期效果。