In chapter 6 , shape from silhouette , a technique from computer vision is used to construct virtual character , and we show you the result of motion retargeting onto the reconstructed model 第六章介绍了用计算机视觉中的shapefromsilhouette方法构造虚拟角色的详细过程，并给出了将运动重定向到所得模型的结果。
Blisters and scratches are the main influencing factor to the quality of the glass - shell . in this article , some detecting methods for the defect of glass - shells by computer vision are studied 为了实现玻壳生产过程中缺陷检测自动化，本文研究了用计算机视觉检测技术检测玻壳缺陷的方法，进行玻壳质量的自动检测。
Last , the experiments were given to show the efficiency of this system on position measurement of space targets . on this base , the calibration methods based artificial neural networks introduced 实验验证，人工神经网络的定位方法进一步简化了多线阵像机视觉定位系统标定与定位计算的复杂性，在定位精度上达到了良好效果。
The space location is determined on the basic principle that some projective planes intersect with each other in non - parallel space and their locations can be solved by geometric projection 该系统利用线阵像机的快速性与高分辨率的特点，采用了非平行空间投影面相交定位的基本原理，利用几何投影关系定位求解的方法，实现了多线阵像机视觉系统的空间定位。
The aim of intelligent visual surveillance is to make it possible using computer vision method , in the situation of not needing interactive operation , by automatically analyzing the image sequences captured by cameras , computer can localize , track and recognize moving objects in dynamic scenes , analyze and judge the behavior of the objects , thereby not only can complete daily management , but also can react to exception in time 智能视觉监控就是要用计算机视觉的方法,在不需要人为干预的情况下,通过对摄像机拍录的图像序列进行自动分析,实现对动态场景中目标的定位、识别和跟踪,并在此基础上分析和判断目标的行为,从而做到既能完成日常管理又能在异常情况发生的时候及时做出反应。
Intelligent seeing ' s watch is to use the methods of computer ' s scensing to analyse automaticlly to obtain the target ' s orientation , recognition and track by using vidicon to record picture ' s series without man ' s intervention . on the basis of the above , we can analyze and judge target ' s actions not only to complete every day ' s management but also to response when interventions occur . intelligent watch is the research direction of the computer " s seeing ' s field 智能视觉监控就是要用计算机视觉的方法，在不需要人干预的情况下，通过对摄像机拍录的图像序列进行自动分析来对动态场景中的目标进行定位、识别和跟踪，并在此基础上分析和判断目标的行为，从而做到既能完成日常管理又能在异常情况发生的时候及时做出反应，智能视觉监控是计算机视觉领域的前沿研究方向。
