1.
Image Thresholding Techniques using Renyi Relative Entropy
基于Renyi相对熵的图像阈值化方法
2.
Adaptive active noise control based on Renyi's quadratic entropy
基于2阶Renyi熵的自适应主动噪声控制
3.
Self-Adaptation Preferences in One-dimensional Renyi Entropy Thresholding
一维Renyi熵阈值法中参数的自适应选取
4.
Fast two-dimensional Renyi’s entropy threshold method
快速二维Renyi熵阈值分割方法
5.
Entropy Analysis of the EEG Alpha Activity in Depression Patients
基于Renyi熵的抑郁症患者的Alpha波活动分析
6.
Image segmentation approach based on GMM and Renyi entropy
基于高斯混合模型和Renyi熵的图像分割方法
7.
Decision Feedback Blind Equalization Algorithm Based on RENYI Entropy for Underwater Acoustic Channels
基于RENYI熵的水声信道判决反馈盲均衡算法研究
8.
Segmentation Approach Based on Fuzzy Theory and Renyi Entropy of 2D Membership Partition
基于模糊理论的2维隶属划分Renyi熵分割算法
9.
Flow regime identification based on hybrid model of multi-scale Renyi entropy feature and LS-SVM
基于多尺度Renyi熵特征和LS-SVM混合模型的流型辨识
10.
Prediction model of noniterative least squares SVM based on quadratic Renyi-entropy
基于二次Renyi熵的非迭代最小二乘支持向量机预测模型
11.
Improved Relative Entropy-based Thresholding Algorithm for Segmentation
一种基于相对熵阈值分割的改进算法
12.
The Global Entropy Solutions to the Cauchy Problem of the Isentropic Relativistic Euler Equations with a Class of Large Initial Data;
等熵相对论Euler方程组带一类大初值的Cauchy问题的整体熵解
13.
Aim In order to study the application of fuzzy relative entropy for fuzzy pattern recognition.
目的研究模糊相对熵在模式识别中的应用。
14.
Convergence Analysis of BP Algorithm Based on Relative Entropy Function Criterion;
基于相对熵函数准则的BP算法收敛性分析
15.
Combination Weighting Approach in Multiple Attribute Decision Making Based on Relative Entropy;
基于相对熵的多属性决策组合赋权方法
16.
Relative entropy aggregation method in group decision making based on different types of preference information;
群决策中基于不同偏好信息的相对熵集成方法
17.
Evaluation of Listed Small-and-medium-sized Enterprises Credit Based on the Relative Entropy-Grey Relational Analysis
基于相对熵—灰色关联的上市中小企业信用评价
18.
Congregating of the Experts' Weights Based on Relative Entropy for Group Decision-making Problem with Incomplete Information
基于相对熵的不完全信息群体专家权重的集结