vpp

Establishing and Realizing of VPP Method Basing on Functional Analytic Theory

基于泛函数分析VPP计算模型的建立与实现

Collaborative development of intelligent instrument based on VPP

基于VPP规范的智能仪器协同开发

Implementation framework for virtual instrument component library of VPP

VPP虚拟仪器元件库的实现框架

Research of the optimal route of the sailboat based on VPP

基于VPP帆板最佳航线的研究

Analysis of APP and VPP Combined Regimen in the Treatment of 30 Cases of Advanced Esophageal Cancer

APP和VPP联合方案治疗晚期食管癌30例分析

Known well VPP criterion VISA ( Virtual Instrument Soft Architecture ) criterion and IVI criterion .

熟悉虚拟仪器软件结构（VISAVirtualInstrumentSoftArchitecture）和可互换虚拟仪器（IVI）规范。

VPP Calculation and design of the optimal route of sailboard basing on FLUENT numerical simulating results

基于FLUENT数值计算结果帆板航速预测与最佳航线设计

Extended VPP ( evpp ) method for retrieval of horizontal wind from single Doppler radar data

单多普勒雷达二维风场反演&ExtendedVPP方法

Companies and individual sites choose to apply for VPP by inviting a government regulator into the work place .

公司和个人选择应用，条约来保证工作参与性，，VPP，commitment，to，ensure，work，participation，通过邀请政府管理人员来工作地点。

As VPP star sets requirement in industry , the set of leadership task requires to build a true safety culture .

正如VPP在行业所设立的要求，设立领导任务要求，建立真正安全的文化。

The drivers and soft panel that both conform to VPP specification are designed by using Lab Windows / CVI .

利用Labwindows/CVI开发了符合Vpp规范的驱动程序和软面板。

By analyzing variance of retrieved wind error with analysis unit azimuth extent , we find that VPP can get satisfying precise and resolution .

文中对单位分析单元大小对反演风场误差的影响进行了分析，结果表明：分析单元方位角跨度大于等于6°时会得到较高的反演精度。

We validate VPP by experimental and real instance , the first is mei yu front process and the second is mesoscale hail storm .

为了验证VPP的结果，进行了模拟及实例反演，文中给出了两个反演实例，第一实例为梅雨锋过程，第二个为中尺度雹暴过程。

Supplies of Fe , VB_1 , VPP , VC almost reached or excessed RDA ;

Fe、VB1、VPP、VC摄入量基本达到或超过RDA；

Vector piecewise polynomial ( VPP ) approximation algorithm is proposed for environment compensation of speech signals degraded by both additive and convolutive noises .

为了统一地补偿电话语音受加性噪声和卷积通道响应的影响，本文提出了矢量分段多项式近似（VPP）算法。

In the current version of VPP , however , the design and implementation of VIs suffered from some problems , such as low reuse and bad extendability .

但是，当前版本VPP虚拟仪器元件库的设计与实现存在复用性和扩展性差等问题。

The structures of VPP driver and IVI driver are analyzed , and the structure of COM-based interchangeable Simulated Instrument Driver ( SIVI-COM ) is proposed .

分析了VPP驱动器和IVI驱动器的结构，提出了基于COM组件技术的可互换仪器仿真驱动器（SIVICOM）结构；

Athletes were more than recommended intake of minerals , However , their vitamin intake were relatively lack , such as Va , Vc , Vbi and Vpp .

运动员各种矿物质摄入都超过推荐值，运动员的维生素摄入相对不足，VA、VC、VB1、VPP不同程度地缺乏。

In the software design , the method of using VISA to develop driver has been studied , and the software panel that according with VPP standard is developed in the software development platform of Lab Windows / CVI .

在模块的软件设计中，利用Labwindows/CVI作为软件开发平台编制了符合VPP规范的软面板。

Function analyzing method is a kind of the VPP calculating model which can eliminate the influence of the sail and board 's size skillfully , so it can be regard as a brief standard of sailboard 's VPP results .

泛函数分析方法是一种VPP理论计算模型，文中比较巧妙地将帆与板的型值消掉，运用泛函数分析的方法建立了帆船、帆板VPP计算结果的简易校验标准。

VPP ( visual programming platform ) is an integrated visual environment by which VI ( virtual instrument ) systems can be developed quickly . VI component library is a set of basic building blocks for VPP programming , therefore it is the base in the VPP architecture .

可视化编程平台（VPP）是快速组建虚拟仪器系统的集成可视化环境，而虚拟仪器元件库是其组建系统的基本构造块的集合，是VPP体系结构的基础。

The last part of the paper mentions the analysis and study of the IVI model of the VPP instrument driver . Applied software exploit platform Labwindows / CVI compiled and programmed the driver based on IVI mode of high impedance charge amplifier and designed the soft panel .

最后对VPP仪器驱动程序的IVI模型进行分析研究，应用软件开发平台Labwindows／CVI编制了基于IVI模型的高阻抗电荷放大器驱动程序，并设计了相应的软面板。

The frame divided system into TPS software development platform and test software runtime environment . Based on the system frame under the ABBET standard , the frame supports the object-oriented technology and visual programming technology and uses the relevant standards of VPP and IVI appliances drive at the bottom .

该框架将系统分为TPS软件开发平台和测试软件运行环境两部分，采用符合ABBET标准的体系结构，支持面向对象的技术和可视化编程技术，在底层采用VPP和IVI仪器驱动的相关规范。