斯德克还在研发控制建筑物的“大脑”，这种“大脑”能根据建筑物内、外部的传感器采集的信息作出相应决定。
Mr Sterk is also developing the "brain" needed to control such a building based on information from internal and external sensors.
这支笔头是一个色彩传感器，用来采集你所选择目标的颜色，之后，它所采集出来的颜色将显示在笔杆的电子屏上，让使用者确认。
A color sensor on the top of the pen registers the color of the object you select, which in turn is displayed digitally on the back of the device for verification.
研究人员正在研发一种传感设备，该设备可以采集说话时喉与嘴的微妙变化，即使很少或根本没有空气通过气管也不影响其功效。
Researchers are developing sensors that pick up the subtle changes in the larynx and mouth when words are formed, even if there is little or no air going through the windpipe.
一个复合应用程序的传感器数据是从业务组件实例的传感器数据中采集来的。
The sensor data of a composite application is aggregated from sensor data of business component instances.
可以利用交通直升机、路旁相机、巡警、道路内嵌传感器、车载追踪单元、公共交通十字转门及调查方法采集获得。
Such information can be collected via traffic helicopters, roadside cameras, police patrols, sensors embedded in roads, tracking units in vehicles, data from public transport turnstiles and surveys.
这些传感器就可以模拟眼睛本身图像采集细胞的正常功能，即：将光转化成电流的形式输出。
The sensors therefore mimic the way the eye's own photoreceptor cells normally function, turning light into a pattern of electrical impulses.
它还能调取与室外设备相连的传感器收集的数据，这些信息通常依赖直升机或地面人员采集。
It could also retrieve data from sensors that are already connected to equipment in the field but which normally rely on helicopter or ground visits to get the information.
多年来，指纹识别从蘸墨手印，按压传感器到非接触采集。
Over the years, fingerprinting has evolved from an inky mess to pressing fingers on sensor screens to even a few touch-free systems that work at a short distance.
NeuroSky出售一种系统开发套件，里面包含一个能采集生理信号并转化成数字信号的传感器。
NeuroSky sells a systems-development kit incorporating a sensor that picks up bio-signals, which are processed into digital signals.
生产商能把这样的传感器放到自己设计的耳机中，传感器是干燥的(不是粘连的凝胶体之类的)，并且只需要1个这样的传感器就能采集信号。
A manufacturer can incorporate the sensor into a headset of its own design. The sensor is dry (read: no icky gels), and only one sensor is needed to pick up the signals.
新的生物传感器芯片可实现心电信号的远程采集。
本文基于虚拟仪器技术构建一个光纤传感数据采集与处理系统。
A fiber sensing system with data acquisition and data processing based on virtual instrument technology is proposed in this paper.
实践证明，该节点实现传感器数据的采集与无线传输，以及TEDS数据的定义与应用。
Practice shows that the node can realize the acquisition and wireless transmission of sensor data, and the definition and application of TEDS data.
温度和气压传感器、风向风速仪、电子罗盘及GPS采集战场射击条件，激光观测仪与信息机结合采集目标信息。
The shooting terms of the field wass gathered with temperature and air pressure sensors, wind direction and wind speed sensor, electronic compass and GPS receiver.
传感器节点采集到的数据必须结合其位置信息才有意义，没有位置信息的数据几乎没有利用价值。
Raw sensor data must be combined with spatial information and the value of the raw data increases substantially. Raw data without its position information has less capability.
FBG传感信号处理及采集系统的设计与实现。
Design and implementation of FBG sensor signal processing and collection system.
在深入分析汽油机进气压力传感器信号的基础上，基于频谱特性确定了信号采集算法。
After analyzing the signals of the manifold pressure sensor, the sampling algorithm is received by the spectrum characteristics.
板栗由皮带输送到摄像区域，利用红外传感器的触发脉冲控制图像采集卡动态采集板栗图像。
CCD camera dynamically grabbed image of chestnut conveyed by belt through frame grabber, which triggered by infrared sensor.
利用单目视觉传感器采集环境信息。
Gather the information of the environment by the monocular vision.
CCD传感器采集的图像信号经数字信号处理器（DSP）实时处理，通过SCSI协议记录到高速SCSI设备上。
The real-time image signal gathered by CCD-Sensor was processed with DSP (digital signal processor), and then recorded on SCSI device by SCSI protocol.
本课题阶段主要进行了粮食水分在线检测方法制定和传感器研究，数据采集控制和软件是下一步深入研究内容。
This paper only makes research on establishment of testing methods and sensor, and detailed research on data collection and control is to be continued on next stage.
因此，传感器是信息采集系统的首要部件，传感器技术是现代信息社会的重要技术基础。
Therefore, sensor is the chiefly parts of information collecting system, and the sensor technique is the important technique basis of modern information times.
以此为理论基础，组建了由传感器、数据采集卡、虚拟仪器软件以及计算机等组成的放电检测系统。
With which as the theory base, the discharge auto detecting system made of sensors, data acquisition card, virtual instrument software and computer was established.
数据采集系统由传感器、采集电路、串行通信控制电路、组合电源和计算机等组成。
The computer data acquisition system is composed of sensors, data acquisition circuits, serial communication controlling circuit, combined power supply and computer.
传感器将采集信号转换后送至处理器，处理器通过专家系统调用数据库，进行综合比较。
The collected signal was transformed by sensor to processor; through expert system, processor called the database; then, synthesis compare was carried on.
传感器数据采集模块的控制与实现。
The control of data collection module for sensors and its achievement.
因为多媒体数据的高带宽要求，要传输传感器节点采集到的原始数据将会消耗大量的资源。
Because of the high bandwidth demands of multimedia date, the transmission of raw data collected at sensor nodes will consume a large amount of resources.
因为多媒体数据的高带宽要求，要传输传感器节点采集到的原始数据将会消耗大量的资源。
Because of the high bandwidth demands of multimedia date, the transmission of raw data collected at sensor nodes will consume a large amount of resources.
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