在此基础之上讨论了飞行器虚拟飞行过程中的静态与动态模拟方法。
Then the static simulation methods and dynamic simulation methods of MAVs "virtual flying are discussed."
从新的游戏玩元素和可提高的风景和对新的飞机和整合的满足市场的地带，它是一个虚拟飞行的完全新品种。
From new game play elements and enhanced scenery and terrain to new aircraft and integrated content marketplace, it is an entirely new breed of virtual flight.
微软班机离开它的深处的遗产建立，沉入的模拟而且被重新设计使所有兴趣和技术的虚拟飞行者的经验更容易。
Microsoft Flight builds off its heritage of deep, immersive simulation and is redesigned to make the experience easier for virtual fliers of all interests and skills.
在空中飞行员按照数以千计的虚拟点构成的路径驾驶飞机，其中每个点都有自己的名字，这样空中交通管制才能告诉我们到哪里，怎么走。
There are thousands of virtual points in the sky that pilots follow on their route, each with unique names so the air-traffic controllers can tell us where to go and how to get there.
作为节点的飞行器发射信号并建立一个网格，网格上就有虚拟的“信息素”，通过本地网络就可以探测到该信息素。
The node MAVs spread out to create a grid onto which virtual pheromone can be deposited and detected through local communication.
我们一直在此系统上，使用飞行模拟来测试我们的虚拟系统理论的物流和现正准备与我们的观看和购买市民分享！
We have been working on this system, using flight simulations to test out our virtual theoretical logistics systems and are now ready to share with our viewing and buying public!
虚拟现实暴露疗法是治疗飞行恐惧症的新方法。
Virtual reality exposure therapy (VRET) is a new treatment for fear of flying.
雾效果的使用使得虚拟的飞行环境更贴近现实。
Fog impact makes the virtual flight environment more closed to reality.
它可用在复杂3d场景快速绘制、飞行模拟器、3d动画、交互式可视化和虚拟现实等应用系统中。
Models at multiple level of detail are widely used in real time rendering of complex 3d scene, flight simulator, 3d animation, interactive visualization, and virtual reality.
给出了飞行器级间分离仿真时用于控制飞行器模型运动的虚拟世界结构，并且据此建立了一个包括飞行器模型和场景模型的虚拟世界。
The virtual world structure for controlling the motion of the flight vehicle model is presented, and hereby a virtual world including the flight vehicle model and the scene model is built up.
卫星编队飞行组成虚拟平台，这是当前一个完全崭新和开拓性的研究课题。
Multi spacecraft formation flying to form a single virtual spacecraft platform is currently an active research area.
研究在应用虚拟现实进行航天飞行模拟训练时，虚拟设备精确建模的实现与优化方法。
Objective To study the optimized method for precise modeling of virtual device, while using virtual reality in the simulation training of space flight.
依据此方案研制了一套飞行软件包，并通过虚拟试飞进行了验证。
The software structure is developed into the flight software package according as the scenario, and its simulation results are verified by the virtual flight test.
虚拟现实技术在远程教育、虚拟购物、电力系统、飞行仿真、数字化地球和游戏娱乐等领域都有广泛的应用。
Virtual reality has been widely used in the fields such as distance learning, virtual shopping, electric power system, flying simulation, digital earth, etc.
第三章讨论了基于虚拟现实技术的飞行训练模拟器的优点和实现时的关键技术。
In Chapter 3, we discuss merits and key technologies of the flight training simulator based on the technology of virtual reality.
虚拟现实技术在飞行仿真、交互式GIS、虚拟购物、数宇地球和游戏娱乐等领域都有广泛的应用。
Virtual Reality has been widely used in the fields such as flying simulation, interactive GIS, virtual touring, digital earth, information visualization, architecture walkthrough, etc.
虚拟仪表是模拟飞行器或汽车的虚拟场景中必不可少的元素，为虚拟场景提供了良好的人机交互界面。
Virtual instruments are important elements in a virtual scene which contain virtual flying objects or automobiles to provide interactive interface between operators and the scene.
最终实现了较逼真的夜海飞行虚拟现实系统。
Finally, a high quality virtual reality system of night flying over the sea was implemented.
阐述了虚拟现实技术在民航安全方面的应用前景和重要意义，并应用于飞行事故分析。
Virtual reality is a new technology applied in civil aviation safety as well as aviation accident analysis.
近年来，地形漫游已经广泛应用于电子游戏、虚拟现实、飞行模拟、军事演习以及GIS等各个应用和研究领域。
Recently, terrain walkthrough has been widely used in computer games, VR, flight simulations, military mission planning and GIS etc.
通过三维建模、虚拟场景配置、虚拟场景实时驱动三个步骤对视景系统进行实现，开发出一套适用于多机空战战法训练的飞行视景仿真系统。
According to the whole design, a flight training scene system is developed through three steps: three-dimensional modeling, virtual scene configuration and virtual scene real-time drive.
在综述虚拟原型技术的基础上，研究飞行控制系统虚拟原型机以及采用虚拟原型技术后飞控系统的设计方法。
Based on the survey of virtual prototyping technology, the design method of flight control systems by using virtual prototyping technology is studied.
虚拟现实技术在飞行员训练方面有着很广泛的应用。
VR (Virtual Reality) technology has been used widely on pilots training.
飞行模拟器作为地面再现飞机空中飞行行为，实现虚拟训练的有效设备，其关键技术研究引起了学者们的广泛关注。
Flight simulators are important equipments to simulate the real flighting behavior and execute virtual training. Some relative techniques have received a great deal of attention.
飞行模拟器作为地面再现飞机空中飞行行为，实现虚拟训练的有效设备，其关键技术研究引起了学者们的广泛关注。
Flight simulators are important equipments to simulate the real flighting behavior and execute virtual training. Some relative techniques have received a great deal of attention.
应用推荐