Research on automatic parallax measurement;
光学仪器视差自动检测研究
Study on adjustment and correction of HUD parallax;
平视显示器的视差调校研究
Influence of Eyesight on the Parallax of Telescope and The Method for Improving Experiment Results;
人眼对望远镜观察视差的影响及改进
Line grating and disparity analysis from stereo images;
线条光栅立体照像技术和视差分析
Then the sum of squared differences matching method is used to determine the initial disparity.
首先采用均值平移算法将参考图像根据彩色信息快速聚类成不同区域;然后通过灰度差平方和匹配计算初始视差图;在构造能量函数时,将分割结果作为视差函数的一个参考项;最后采用图切割算法求取使全局能量最小的视差最优分配。
The gray correlation multi-peak set then was optimized by disparity gradient limited constraint.
利用视差梯度有限约束,优化灰度相关复峰集。
The theory of binocular disparity and general technologies of stereoscopic vision are introduced in this paper.
介绍了双目视差立体视觉原理和实现立体视觉的常用技术,详细说明了基于立体显示器的立体视觉实现技术原理,并对软件编程所涉及接口函数作一说明,并在立体显示器上实现三维模型立体显示,最后讨论了该技术的优缺点以及其发展前景。
Robotic hand-eye coordination technology based on binocular disparity and active contour is proposed in this paper.
提出一种基于双目视差和主动轮廓的机器人手眼协调技术;该方法利用主动轮廓的思想动态地逼近和跟踪机器人及目标物体的外部轮廓,通过控制双目视差趋零来实现机器人靠近目标和抓取物体。
Objective To study the effects of discontinuous-continuous disparity gradient, uncrossed-crossed disparity and small-large disparity in random-dot stereogram (RDS) on the event-related potentials (ERPs).
目的研究以随机点立体图 (Random dotstereogram ,RDS)产生的精细立体视觉的非连续 -连续视差梯度类型、非交叉 -交叉视差交叉类型和大 -小视差对ERP的影响。
An algorithm that combining with the parameter of matched region to construct disparity gradient function is presented,which cast away the instability of existing algorithms that judge by single parameter.
提出一种结合已匹配区域参量构造视差梯度函数来分辨最佳候选区域的方法,摒弃了已有算法中单一参量不稳定的特性。
Aimed at the dynamic characteristics of disparity gradient neural network, it is concluded that the network is globally asymptotically stable.
着重考察视差梯度神经网络的动态性质，用能量函数的方法分析网络的稳定性，得出网络是渐近稳定的结论，并通过实验得到验证。
Objective To study the effects of discontinuous-continuous disparity gradient, uncrossed-crossed disparity and small-large disparity in random-dot stereogram (RDS) on the event-related potentials (ERPs).
目的研究以随机点立体图 (Random dotstereogram ,RDS)产生的精细立体视觉的非连续 -连续视差梯度类型、非交叉 -交叉视差交叉类型和大 -小视差对ERP的影响。
Main Outcome Measures Near zero disparity, crossed disparity, unc.
主要指标立体视锐度、交叉视差、非交叉视差立体视觉,同时知觉、远融合范围,定性远立体视。