In this paper, we present a fast and reliable face location algorithm based on integration projection.
本文提出了一种基于积分投影的快速人脸定位算法。
The main innovations are as follows:(1) Locating facial expression region based on gray-level integration projection.
本文采用图像二值化与灰度积分投影相结合的方法自动定位人脸中的表情区域。
An algorithm of locating face image is presented based on integration projection theory and transcendent knowledge of human face.
提出基于积分投影法辅以人的面部所遵循的比例关系原理的脸部特征定位算法。
During side face image detection, the person's face area is located by use of integration projection in the pre-disposed binary image.
在侧面人脸图像检测过程中，利用积分投影法对预处理后的二值化侧面人脸图像进行人脸区域的定位。
The algorithm firstly detects the sphere and possible location of a face through integration projection and then realizes the precise location of the face within the sphere.
该算法利用积分投影法预测人脸可能的范围与位置，然后在限定的范围内采用模板匹配的方法定位人脸，从而实现了快速且可靠的人脸定位。
The limits of integration definite key is needs to determine the range of integration on coordinate plane projection .
积分限的确定重点就是要确定积分区域在坐标面上的投影。
Projection data is obtained from an integration of the reflectivity coefficients of the objects along the circular arc of the wavefront with a radar beamwidth.
反射数据实际上是反射特征系数沿着具有一定雷达波束宽度的波阵面圆弧的积分。
Also known as embedded projection, characterized by the side of the screen facing the audience can not see any hardware system integration, the entire hall seemed simple and luxurious.
也称嵌入式背投，特点是屏幕的正面即观众一侧看不见系统集成的任何硬件设备，整个大厅显得简洁、豪华气派。
Also known as embedded projection, characterized by the side of the screen facing the audience can not see any hardware system integration, the entire hall seemed simple and luxurious.
也称嵌入式背投，特点是屏幕的正面即观众一侧看不见系统集成的任何硬件设备，整个大厅显得简洁、豪华气派。
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