By utilizing the VIP bridge, it describes a new approach which integrates several different sensor networks into one virtual sensor network.
通过贵宾桥的通信机制，描述一种将多个不同的传感器网络集成到一个虚拟的传感器网络的方法。
This paper introduces two methods to get the virtual sensor signal of angle of attack and sideslip angle: Nonlinear Observer method and INS/GPS method.
本文介绍了两种方法来得到迎角和侧滑角的虚拟传感器信号：非线性观测器方法和利用INS／GPS系统数据估计迎角和侧滑角方法。
Two views of the virtual extension of a Portal into Second Life; the first shows sensor data over time, the second streaming real-time audio/video into Second Life.
两张第二人生接口的虚拟扩展图片；第一张显示的是随时间变化的传感器数据；第二张正在向第二人生发送即时数据。
Games include "graffiti Eraser" in which a user tries to aim at the pressure sensor in the urinal to erase virtual graffiti on the display.
这些游戏包括《涂鸦橡皮》。在这游戏里，玩家用小便瞄准马桶里的压力感应器来消除显示屏上的虚拟涂鸦。
Cross Reality is about connecting "location-specific 3d animated constructs" in virtual worlds to in-building sensor installations.
交叉现实的目的就是把网络虚拟世界中的3d建筑物和现实世界中的传感器连接在一起。
The fire control system combined the sensor data, generated accurate targeting coordinates, and simulated a target shootdown with a virtual ground-based interceptor.
火控系统与传感器数据结合，生成精确的目标坐标，然后模拟出路基拦截器击落目标的过程。
Running the experiment consists of subscribing to real time sensor data usually presented in a graphical user interface such as a virtual strip chart.
进行这个实验在于获取实时的传感数据，这些数据通常由一个图形用户界面提供，比如说一个虚拟的带状记录纸。
Based on Sensor node, Script node and event transfer of VRML, a virtual assembly of complicated machine can be realized. But the process is rather cockamamie.
基于VRML的检测节点、脚本节点以及事件传递机制，可以实现较为复杂的虚拟机械装配，但实现过程较为繁琐。
Virtual reality technology is an integrated multi-discipline new technology, it graphics, image and sensor technology.
虚拟现实技术是一种综合多门学科的新技术，它以图形、图像与传感器技术为基础。
It combines knowledge and technology of many scientific fields such as computer technology, computer graphics, sensor technology, biodynamics, clinical medicine and Virtual Reality.
它融会了盘算机技巧、盘算机图形教、传感器技巧、生物力教、临床医教和实拟现实等教科范畴的学问。
This paper introduces the design method for intensive electromagnetic field measuring system with respect to multi sensor data fusion and virtual instruments.
本文主要从多传感器数据融合和虚拟仪器两方面介绍了一种电磁场强测量系统的设计方法。
So an energy and distance efficient clustering algorithm based on virtual area partition was proposed in this paper for heterogeneous wireless sensor networks.
提出了一种基于虚拟区域划分的适用于异构无线传感器网络的能量和距离有效分簇算法。
The system integrates the application of sensor technology, wireless communication technology, and virtual instrument technology.
系统集成了传感器技术、无线通信技术和虚拟仪器技术。
Some faults such as amplifier offset, parameter changes, servo valve backlash and sensor fault are seeded in a virtual way by means of different switches in Simulink.
通过不同开关的动作来虚拟模拟常见的故障，诸如，放大器漂移、系统参数改变、伺服阀反冲以及传感器失灵等。
Improving on the existing sensor detection model and virtual force method, we present a novel sensor deployment optimization strategy based on target involved virtual force.
本文以目标跟踪为应用背景，改进了已有传感器感知模型和虚拟力方法，提出了一种新的传感器网络布局优化策略。
A virtual ray method which simulated infrared sensor detecting obstacles was proposed.
提出了一种模拟红外传感器探测障碍物的虚拟射线方法。
To increase the reality of a virtual camera in sensor simulation, this paper proposes a camera simulation method based on a linear calibration model.
为了提高传感器仿真中虚拟摄像机的仿真真实度，该文在标定算法线形模型的基础上，提出一种基于标定技术的虚拟摄像机仿真方法。
Based on the concept of virtual backbone networks, this paper researches the problem of selecting nodes of virtual backbone networks, which is named Key node in this paper, in Sensor networks.
基于虚拟骨干网的概念，研究传感器网络中虚拟骨干网的节点即关键点的选取问题。
Motion Capture is to record the motion track in three dimensions by sensor devices, to transform it to motion data, and then to drive the virtual human to move based on these data.
运动捕捉是指通过传感设备记录人体在三维空间中的运动轨迹，并将其转化为抽象运动数据，然后根据这些数据驱动虚拟人运动。
The vehicle detection is based on the roadway, which sets two virtual lines, like the inductive loop sensor, to detect their traffic flow parameters.
车辆的检测基于车道，在每个车道设置两条虚拟检测线来检测交通流参数，虚拟检测线的作用类似于电磁感应线圈。
The application of digital image processing, artificial neural network, multi-sensor data fusion and virtual instrument techniques to nondestructive testing are discussed.
介绍了数字图像处理、人工神经网络、多传感器信息融合技术以及虚拟仪器技术在无损检测中的应用情况。
The virtual world is a simulated word that is composed of artificial intelligence, computer graphics, man-machine interaction technology, sensor technology, highly computerized technology.
虚拟世界是由人工智能、计算机图形学、人机接口技术、传感器技术和高度并行的实时计算技术等集成起来所生成的模拟世界。
Running the experiment consists of subscribing to real time sensor data, usually presented in a graphical user interface such as a virtual strip chart.
进行这个实验在于获取实时的传感数据，这些数据通常由一个图形用户界面提供，比如说一个虚拟的带状记录纸。
Virtual force models have widely used in coverage algorithms of node deployment of wireless sensor networks, so the selection of models is of vital important.
虚拟力模型在传感器节点的覆盖算法中应用很广泛，而力模型的选择是覆盖算法中的一个重要问题。
The Sensor-Based Intelligent Switch Control System is based on traditional Switch Controller, and can be regarded as Virtual Switch Robot.
传感式智能开关控制系统是传统开关控制器的智能化，可视为虚拟开关机器人。
The experimental results show that the proposed model is suitable for sensor data-driven virtual-human in real-time animation and has good biomechanics characteristics in representing human motion.
实验表明，新建模方法适用于传感器数据驱动人体模型的实时运动再现，并能够逼真地体现人体运动的生物力学特征。
The sensor nodes are set as particles with masses and are connected with neighbor nodes by virtual springs.
各传感器节点虚拟为具有质量的粒子，粒子间用弹簧相连。
To address the holes problem in wireless sensor networks, a novel geographic routing algorithm, named Double Greedy algorithm (DGA), was proposed based on virtual coordinate system.
针对地理路由算法中的路由空洞问题，通过引入虚拟坐标的方式，提出了一种新颖的无线网络地理路由算法——双重贪婪算法(DGA)。
To address the holes problem in wireless sensor networks, a novel geographic routing algorithm, named Double Greedy algorithm (DGA), was proposed based on virtual coordinate system.
针对地理路由算法中的路由空洞问题，通过引入虚拟坐标的方式，提出了一种新颖的无线网络地理路由算法——双重贪婪算法(DGA)。
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