1) 3D object recognition
3D物体识别
1.
3D object recognition, which requires recognition and localization of the 3D object from 2D images, is one of the main research fields of computer vision.
但由于几何不变性方法可以有效地消除这种差异带给3D物体识别的不利影响,所以,近20年来这种方法受到了广泛的关注和研究。
2.
3D object recognition is one of the main research fields of computer vision, which requiring recognition and localization of the 3D object from 2D images.
几何不变性方法可以有效地消除这种差异带给3D物体识别的不利影响。
2) Object recognition
物体识别
1.
The viewpoint has been the focus of the debates in many recent object recognition studies.
视点问题是物体识别研究中的热点问题。
2.
Edges and corners contain the maximal amount of information necessary for object recognition.
提出了多种图像特征相结合的建筑物和物体识别方法。
3.
Two kinds of object recognition method are presented upon multiple view invariance.
给出了利用多视点不变量进行物体识别的２种方法。
3) object identification
物体识别
1.
For object identification,color may be stored as part of the semantic r
物体识别是将进入大脑的感觉信息与先前掌握的、存储的长时记忆系统中的信息进行匹配的过程。
2.
The simulation with the robotic multisensor object identification is also presented and discussed.
基于神经网络和模糊积分的理论提出了一种多传感器信息的空间和时间两级数据融合结构，并将其用于机器人的物体识别，提高了系统的识别效率，增强了系统的可靠性。
5) 3D gait recognition
3D步态识别
补充资料：物体
1.物的本体;器物的形体。 2.由物质构成的﹑占有一定空间的个体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条