1) largest mutual information
最大互信息量
1.
This method used the template matching method to locate the pupil, and then used the largest mutual information to get the rotational angle.
该方法首先运用模板匹配方法实现了在大噪声环境下瞳孔的精确定位,接着运用最大互信息量方法解决了转角测定的问题。
2) maximum mutual information
最大互信息
1.
Due to the innate weakness of maximum likelihood training, a maximum mutual information based training was introduced into the training of Gauss mixture models(GMMs) and the evolution strategy is applied directly to implement the training.
针对最大似然训练分辨能力的不足 ,把最大互信息训练方法引入到高斯混合模型 ( GMM)的训练中 ,并直接采用进化策略实现模型参数的全局训练 ,以模型与训练数据之间的互信息作为进化过程中个体的适应度 。
2.
Since the maximum mutual information is noted for better discrimination, this paper proposed a training algorithm based on it.
鉴于最大互信息可以克服这一缺点 ,提出了一种基于最大互信息的训练方法 。
3.
Dual control of the stochastic system with the un- known parameter based on maximum mutual information in- dex is studied in this paper,The unknown parameters of the stochastic system are estimated via Kalman filter.
针对参数未知但恒定的随机系统,研究了基于最大互信息指标的对偶控制。
3) maximization of mutual information
最大互信息
1.
Image registration based on improved gradient vector flow and maximization of mutual information;
基于改进梯度向量流与最大互信息的图像配准
2.
Thorax multimodal image registration based on artificial immune algorithm and maximization of mutual information
基于人工免疫及最大互信息的胸部多模图像配准
3.
In these years, multimodality medical image registration based on maximization of mutual information has been popular in medical image processing fields.
近年来基于最大互信息法的多模医学图象配准已成为医学图象处理领域的热点。
4) Mutual Information Maximized Segmentation(MIMS)
最大互信息量分割
1.
Next,the filtered image is segmented into several regions by Mutual Information Maximized Segmentation(MIMS).
利用Non-Local前置滤波(Non-Local Pre-filter,NL-PF)对原始CT图像进行全局滤波,从而有效地滤除原始图像中的噪声并对射线状金属伪影进行了平滑,其后配合最大互信息量分割算法(Mutual Information Maximized Segmentation,MIMS)从图像中分割出伪影成份,并利用其周围非伪影部分的像素对伪影类像素进行插值处理得到一个称之为"伪组织"类的图像。
5) maximized the difference of mutual information segmentation
最大互信息量分割算法
6) maximum fault information
最大信息量
补充资料：互联网地理信息系统
互联网地理信息系统（web gis）
互联网地理信息系统是利用web技术来扩展和完善地理信息系统的一项新技术。由于http协议采用基于client/sever的请求／应答机制，具有较强的用户交互能力，可以传输并在浏览器上显示多媒体数据，而gis中的信息主要是需要以图形、图象方式表现的空间数据，用户通过交互操作，对空间数据进行查询分析并能下载所需数据。
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