This study is aimed at the development of multifunctional display software in aircraft by using the VAPS and the relevant tools. 利用虚拟原型应用系统(VAPS)及其相关配套工具提供的先进功能,实现多功能显示设备软件的开发。
Construction and application of virtual aviation instrument based on VAPS 基于VAPS的虚拟航空仪表的构造与实现
Design of Electronic Flight Instrument System Display Based on VAPS 基于VAPS的电子飞行仪表系统显示设计
Design of Cockpit HMI Realized with VAPS 使用VAPS实现座舱人机界面的设计
Phrase III, primipara enters different groups according to the results from phrases I and II, observing and recording VAPS at different time required, monitoring fetus heart rate and uterine contraction continuously. 阶段III:联合应用阶段I和阶段II的结果,分组分娩镇痛,观察并记录各组不同时点的VAPS以及连续进行胎心、宫缩监护。
Patient controlled epidural analgesia ( PCEA) was used to kill postoperative pain and the effect was valued by visual analogue pain scale ( VAPS). 术后行硬膜外自控镇痛(PCEA),镇痛效果采用视觉模拟评分法(VAPS)。
The VAPS development circumstance of multi-function device interface is composed of component construction, integrated compiling, and running test modules. 多功能仪表界面,其VAPS开发环境由组件构建、集成编译及运行测试模块组成。
Simulation of airborne multi-function display based On VAPS 基于VAPS的机载多功能显示器的仿真研究
The real-time control and display unit ( CDU) simulation system of flight management system ( FMS) is set up based on VAPS. 基于VAPS建立了飞行管理系统控制显示组件(CDU)实时仿真系统。
Using C language and network communication, an electronic instrument simulation system of civil aircraft is developed with VAPS in PC network platform. 在基于PC机的网络环境中,通过VAPS开发工具作为平台,利用C语言和网络通信技术,设计了一套民用飞机座舱主要电子显示仪表的仿真系统。
The authors studied the simulation of multi-function display. VAPS and Visual C++ are used to construct GUI and display driver of multi-function display system. VAPS can support graphical display and simplify the control of it. 本文介绍了在PC机上通过VAPS和Visualc++来构建仿真系统的界面和显示驱动程序,使用VAPS可有效支持图形显示,简化图形显示控制方面的工作。
Multi-Function Device Interface Based on VAPS 基于VAPS的多功能仪表界面