因此，他们可能患有视觉失认症，从而失去识别物体的能力。
And so, they may get visual agnosia and lose the ability to recognize objects.
研究人员通过控制实验，测试他们在视觉、总体物体识别和记忆上的差别。
The researchers controlled for differences in vision, general object recognition and memory.
物体形状的识别是模式识别与计算机视觉领域中的具有挑战性的问题。
Object shape recognition is a challenging problem in the field of pattern recognition and computer vision.
物体的形状识别是模式识别的重要方向，广泛应用于图像分析、机器视觉和目标识别等领域。
Shape recognition of object is important research direction in pattern recognition, and is widely used in image analysis, machine vision and target discrimination.
三维物体识别是计算机视觉研究的一项重要课题。
The three-dimensional object recognition is an important topic in computer vision research.
复杂环境下，要做到对物体进行准确识别，要求计算机视觉系统具有智能化。
In complex environment, intelligent computer vision system can meet the needs of accurate recognition object.
在人的视觉感知、识别和理解中，形状是一个重要的表达物体信息的参数。
In the identification and understanding of human's visual perception, shape is an important parameter of expressing the information of objects.
尽管分析不断变化的视觉世界非常复杂，但是我们人类还是能够快速准确地识别周围的环境和物体，并作出相应的行为。
Despite the huge complexity of analyzing the constantly changing visual world, we can quickly and accurately recognize surrounding places and objects, and plan actions accordingly.
最后，本文根据视觉注意的焦点，建立了基于视觉注意的物体识别的理论模型。
Finally, the paper set up an object recognition theoretical model that is based on human visual attention mechanism.
在模式识别与机器视觉中，常常需要进行图像中的物体检测。
Detection of objects in images is often needed in pattern recognition and machine vision.
感兴趣的物体检测和分割(统称为感兴趣物体的提取)一直是计算机视觉、图像理解和模式识别等研究领域的重要关注点之一。
The detection and segmentation of Object-of-Interest (OOI extraction) are always among the key issue of several fields, such as computer vision, image understanding and pattern recognition etc.
鱼眼镜头成像立体视觉系统在微小型机器人视觉导航和近距离大视场物体识别与定位中有着广泛的应用。
In the application of mini-micro-robot visual perception, there is a need for fish-eye lenses for capturing wide field of view for navigation.
物体的形状识别是模式识别的重要方向之一，广泛应用于图像分析、机器视觉和目标识别等领域。
Shape recognition of object is one of the important directions in pattern recognition, and is widely used in image analysis, machine vision and target discrimination, etc.
如果我们用视觉符号和惯用型来表示在界面上的物体，我们的大脑便可以迅速地识别出这些不同的物体。
Our brains can rapidly differentiate objects in an interface if we represent what objects are by using visual symbols and idioms.
现在有些系统的视觉好得足以“识别”照片上、摄象机和其他传感器拍摄得图像上得物体。
We have systems which can see well enough to "recognize" objects from photographs, video cameras and other sensors.
于是，依靠手动操作滤光器的计算机视觉系统，可以识别的物体类别十分有限，而无法分辨其他更多的东西。
That made systems which relied on them good at spotting narrow classes of objects but inept at discerning anything else.
物体识别在机器人视觉方面有着广泛的应用，对作业区内的物体进行识别，是机器人技术在高新产业中实现无人化操作最基础的一环。
Object recognition has a wide application in robotic vision. Recognizing the objects from the workspace is the most basic step in robotic technology which aims at achieving the unmanned operation.
在基于标志物的视觉跟踪系统中，本文对真实场景中标志物的选取和识别、摄像机标定、以及虚实物体配准等相关问题进行了论述和实现。
For visual-based tracking system, the paper discusses and carries out the selection and identification of the Marker, camera calibration and the virtual-reality registration.
当靠近目标物体时，机器人利用视觉系统识别目标，并在利用该信息引导下自动抓取。
When approach to the object, transport robot is guided to seize object by the position information of object acquired by vision system also.
“2014模式识别与图像处理夏令营”包含三大主题：1视觉监控与物件追踪；2基于Kinect的物体识别；3影像处理和分析。我们为每个主题设计了一整天的活动，包括讲授与实验课程。
"Pattern recognition and image processing summer camp" consists of three main themes: 1 Visual Surveillance and Object Tracking 2 Kinect-based Object recognition 3 image processing and Analysis.
“2014模式识别与图像处理夏令营”包含三大主题：1视觉监控与物件追踪；2基于Kinect的物体识别；3影像处理和分析。我们为每个主题设计了一整天的活动，包括讲授与实验课程。
"Pattern recognition and image processing summer camp" consists of three main themes: 1 Visual Surveillance and Object Tracking 2 Kinect-based Object recognition 3 image processing and Analysis.
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