microsoft visual c

The algorithm is implemented in Microsoft Visual C + + programming language .

在VC++环境下编程实现该方法。

Multi-Objective Optimization Algorithm Library was developed in Microsoft Visual C + + .

多目标优化方法库用C++语言在MicrosoftvisualC++。

After that it introduces the matched software developed with Microsoft Visual C + + 6.0 .

紧接着介绍了在MicrosoftvisualC++6.0平台上开发出的之相匹配的软件。

The activated sludge system simulation software ? was ? developed with Microsoft Visual C + + 6.0 .

采用MicrosoftvisualC++6.0开发了活性污泥系统仿真软件。

The software developed in the language Microsoft Visual C + + 6.0 had simple operation , powerful and stable functions .

本文以MicrosoftvisualC++6.0为开发平台，完成了侦察机器人指挥控制系统软件的设计，其功能强大、操作简单、运行可靠。

Microsoft Visual C + + 6.0 and MATLAB engine calculation is adopted for the implementation of the simulation program .

仿真程序采用Visualc++6.0和MATLAB混合编程的方式来实现。其中Visualc++主要用于编写界面和数据交互程序，并调用MATLAB计算引擎来完成对神经网络模型的学习和仿真。

To sequence color images panorama matching , using Microsoft Visual C + + 6.0 we develop a full process system .

针对序列彩色图像的全景图拼接，利用MicrosoftvisualC++6.0开发了一套较完整的原型系统。

The whole software of call center system is programmed in Microsoft Visual C + + on the Windows 2000 platform .

此呼叫中心系统的软件开发以Windows2000为操作平台，在VC++6.0程序设计语言环境下开发。

Through using the function of separating windows in Microsoft Visual C + + , the paper design and achieve systemic interface .

利用了MicrosoftvisualC++的拆分窗口功能，设计并实现了系统界面。

A Visualized CAD design system of planetary gear reducer was developed in the Microsoft Visual C + + environment .

在分析NGW型二级行星轮减速器常规设计过程的基础上，在Visualc++环境下开发了一个行星轮减速器设计的可视CAD系统。

C application development environment for32-bit applications , such as IBM Visual Age C + + or Microsoft Visual C + + .

针对32位应用程序的C应用程序开发环境，比如IBMVisualAgeC++或MicrosoftVisualC++。

The system is developed with Microsoft Visual C + + 6.0 , it can accurately locate the resistor in the image .

本系统使用VC++6.0进行开发，并最终实现了对电阻图像的定位。

Microsoft Visual C + + 6 was used to develop the code , and is required if the code will be customized .

MicrosoftVisualC++6用来开发代码，并且如果要定制代码，它也是必须的。

This paper introduces how to draw and analyze quality control chart with Microsoft Visual C + + 6 . 0 based on Windows OS .

介绍了利用MicrosoftVisual＋＋6.0开发工具，在Windows平台上进行质量控制图的绘制和分析的方法。

A program was developed based on Microsoft Visual C + + 6.0 for control of the step motor and reading the data from the spectrophotometer .

采用MicrosoftvisualC++6.0编制数据读写、步进电机驱动程序，实现对大米表面营养成分的测定和数据采集传输。

Through the mathematics model of induction motors , the working process of the motor can be simulated with Microsoft Visual C + + program .

对系统电机进行建模，使用MicrosoftvisualC++进行编程仿真，通过绘制的仿真曲线对负载与电流和转速的关系进行讨论。

Microsoft Visual C + + , which is in agreement with the idea of modern software engineering , is an objected-oriented computer program language .

MicrosoftvisualC++是符合现代软件工程思想的面向对象的开发语言，编程人员可以灵活的定制对象的属性和方法，这样就能根据需要设计相应对象。

The first Windows 32-bit code for the system is written in Microsoft Visual C + + , working under Windows 98 and XP .

采用Visualc++语言，基于Windows98和XP操作系统，首次开发编写了32位电容采集应用程序。

System software is also developed and designed based on Microsoft Visual C + + 6.0 , its function is to enacting flow path and digestion procedure parameter .

系统软件是基于MicrosoftvisualC++6.0软件开发平台开发、设计的，其功能的实现主要包括流路的参数设定和消解程序参数的设定。

An analog oscilloscope automatic calibration system is designed and realized using Microsoft Visual C + + 6.0 programming environment on GPIB interface in this paper .

本文利用VC++6.0开发环境，设计并实现了一种基于GPIB接口的模拟示波器自动校准系统。

Finally , a computer stimulation system of evaluation is completed using Microsoft visual c + + . The experimental results are consistent with the results of computer stimulation .

最后，在Visualc++编译环境下实现了一个网管评估系统的计算机仿真。本文还通过实验验证了理论模拟结果，实验结果与计算机模拟结果完全一致。

Secondly , a secure communication platform based on peer to peer network is designed and implemented , using Microsoft Visual C + + 6.0 as development tool .

接着，论文以Visualc++6.0为开发工具，设计开发了一个基于对等通信的网络安全平台。

We use Microsoft Visual C + + to develop a good human-computer interface , including query module , the user management module , and the role modules .

采用MicrosoftvisualC++开发出了良好的人机交互界面，主要包括：用户管理模块、查询模块、以及各角色模块等，适用于电气设备研发生产型企业的处理流程。

Based on the established model and by using Microsoft Visual C + + 6.0 , a 3-dimensional calculation simulation program and 2 dimensional image displaying program was developed .

根据所建立的模型，采用了MicrosoftvisualC++6.0开发平台开发了相应的三维模似计算程序和二维动态显示程序。

At last , the expressway tunnel monitoring system is designed by Microsoft Visual C + + 6.0 . The prolonged time is analyzed . Therefore this protocol is reasonable .

最后，利用MicrosoftvisualC++6.0编制了高速公路隧道监控系统通信程序，对协议延时进行了详细的分析；从而验证了本论文所提协议的合理性。

This text is on the basis of probing into MATLAB language and interactive method with the outside program , solve Microsoft Visual C + + language for the first time .

本文在探讨MATLAB语言与外部程序的接口方法的基础上，首次解决MicrosoftvisualC++语言最新的。

The software of PC is designed under Microsoft Visual C + + environment of compiling , which has friendly man-machine interface , convenient and flexible function menu .

PC机软件在MicrosoftvisualC++编译环境下设计，具有良好的人机界面及方便灵活的功能菜单，实现实时校准数据的获取、数据的存储、辐射技术定标以及图像后期处理等功能。

In the development process of system software , embedded programming in each node and monitoring software in PC are implemented respectively using IAR and Microsoft Visual C + + 6.0 .

选择IAR和MicrosoftvisualC++6.0为开发工具，分别完成了各个节点中的嵌入式程序的实现以及在计算机上的监控软件的实现。

Realize the Environmental Stress Model in the ship handling simulator to dynamically and timely display the Environmental Stress Value when simulation starts with the language of Microsoft Visual C + + ;

利用大连海事大学航海技术研究所提供的船舶操纵模拟器开发平台，采用Visualc++编程语言实现环境压力模型，在模拟器上实现环境压力的实时动态显示功能。

This paper develops a software of the environmental stress model and its dynamic display by using Microsoft Visual C + + as well as the developing platform provided by the ship maneuvering simulator .

利用船舶操纵模拟器提供的开发平台，采用MicrosoftvisualC++编程语言实现环境压力模型，使得在模拟器船舶运行过程中，操船者感受到的环境压力动态实时显示出来。