Studied the localization algorithm based on of ASEF the human eye to understand the algorithm principle and training , the application mechanism .

研究了基于ASEF的人眼定位算法，了解其算法原理和训练、应用机制。

APC is also involved in cell adhesion and cell migration independent of Wnt signaling pathway , partly through recognition and activation of Asef .

APC也能独立于Wnt信号通道参与调节细胞粘附和细胞迁移等过程，而其中的一部分功能是通过识别与活化Asef实现的。

This work provides the structural basis for the recognition and combination of APC to Asef and DLG , as well as the potential targets for pharmaceutical development .

本研究不仅揭示了APC识别与结合Asef、DLG的结构学基础，也为抗癌药物的研发提供了潜在的作用位点。

In human hereditary and sporadic colorectal cancers , human tumor suppressor APC is always observed as a mutant or truncated form and thus continuously activates Asef and promotes cell migration and angiogenesis .

在人类遗传性及后天获得性结肠癌中，突变的或截断APC持续的激活Asef，促使肿瘤细胞迁移以及血管生长。

This paper show a method : first through the average of synthetic exact filter ( ASEF ) to obtain the location of the human eye then change the face rotation by affine transformation , and finally to the frontal face of the approximate standard .

本论文方法是：先通过平均精确合成滤波器（ASEF）取得人眼的位置然后再通过仿射变化对人脸进行旋转，最后得到近似标准的正面人脸。