基于内容检索的病理信息管理系统中，目标分割技术始终是特征参数测量的一个重要环节。
For pathological information management system, which is based on content retrieving, technology of object segmentation is always an important part of parametric measurement.
激光测高仪不仅可以精确测量目标的距离，还能够从回波信号中提取倾斜度、粗糙度等特征信息，应用十分广泛。
Laser altimeter not only can precisely measure the target distance, but also extract characteristic information, such as inclination, roughness etc. from its echo signals. So they are applied widely.
在空间有源目标的测量中，需要获得目标的多种技术特征，以便实现对目标的信息收集和各种控制。
We need to measure various technique characteristics of the source targets in space in order to collect their information and control them.
与其它测量方法相比，该法可以提取出目标散射特性的大量信息。
Compared with other methods of measurements, this method can obtain great many information about scattering properties of targets.
测量目标和活动确定的信息需求和目标是一致的。
Measurement objectives and activities are aligned with identified information needs and objectives.
研究了仅有方位角测量信息的单被动传感器对机动目标的自适应跟踪方法。
Self adaptive tracking algorithm for maneuvering targets by high-sampling-rate bearing-only passive sensor is investigated.
手眼视觉用于提供目标物体的图像信息和测量物体的位置和姿态，对于空间机器人捕获物体非常重要。
The hand-eye vision is used to provide the image information of object and measure the position and orientation of object, which is very important for the space robot to capture the objects.
根据定位原理，除了测量目标的声学信息外，必须得到浮标的位置信息。
According to position principle, it is necessary to get buoys' location besides targets' acoustic information.
图像分析主要是对图像感兴趣的目标进行监测和测量，以获得客观信息，从而建立对图像的描述。
Image-analyzing mainly means monitoring and measuring of objects which are interested in image, thus to gain objective information to build a description of image.
由两次测距的目标径向运动信息，实现目标二维运动速度测量，改善射击精度。
The velocity measurement of 2-dimensional motion is realized through target radial moving information measured by two times range finding to improve the shooting precision.
介绍一个利用线结构光扫描获取目标3维信息的测量系统。
A 3d shape acquisition system using linear structured light scan is introduced.
单脉冲技术通过比较单个脉冲多路回波信号的信息实现对目标角度位置的精确测量，广泛运用于跟踪雷达中。
Monopulse is a technique with which information concerning the angular location of a target is obtained by comparison of signals received in multi-channels.
单脉冲技术通过比较单个脉冲多路回波信号的信息实现对目标角度位置的精确测量，广泛运用于跟踪雷达中。
Monopulse is a technique with which information concerning the angular location of a target is obtained by comparison of signals received in multi-channels.
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