1.
Linear and Nonlinear Systems Identification Based on Higher-Order Statistics;
基于高阶统计理论的线性与非线性系统辨识的研究
2.
Blind Equalization Algorithms Using Higher-Order Statistics for Underwater Acoustic Channel;
基于高阶统计量的水声信道盲均衡理论与算法
3.
Research on Theory and Algorithm of Blind Equalization Based on High-order Statistics;
基于高阶统计量的盲均衡理论与算法研究
4.
Application of High-Order Statistics in Processing Magnetotelluric Time Series Data;
高阶统计分析在电磁法时间序列处理中的应用
5.
Higher-Order Statistics and Their Applications to Array Signal Processing;
高阶统计量及在阵列信号处理中的应用
6.
Application of Higher-Order Statistics Features of ICA Coefficients in Texture Classification
ICA系数的高阶统计特征在纹理分类中的应用
7.
hierarchical control theory of largescale systems
大系统递阶控制理论
8.
Blind Estimation Based on Higher Order Statistics for MIMO System;
基于高阶统计量的MIMO系统盲估计
9.
Theoretical and experimental studies on high resolution IMP algorithm for bearing estimation
高分辨目标方位估计算法──递增阶数多参数估计的理论与实验研究
10.
High-performance Global-local Higher-order Theory and Higher-order Laminated Plate Elements;
高性能整体—局部高阶理论及高阶层合板单元
11.
Design and Reality of the Scientific Research Management Information System Based on Web in Universities;
论高校科研管理信息系统设计与实现
12.
On the Role of Sci-tech Statistics in College Scientific Research Management;
论高校科技统计在科研管理中的作用
13.
This paper introduces four main reading theories abroad at three different stages: bottom? up, top? down, interactive and schema reading theories.
国外阅读理论的发展可分为三个不同阶段:传统理论阶段、知论阶段和图式理论阶段。
14.
The Mental Behave and Regulation of the Students in the Phase of Graduation Project in P.E Department in Normal University;
高师体育系毕业论文(设计)阶段学生的心理表现与调适
15.
Texture Classification Based on Wavelet Higher-order Statistics and Minimum Classification Error Probability;
基于小波高阶统计量和最小分类错误概率的纹理分类算法研究
16.
Adaptive Filtering and Signal Procession for Millisecond Pulsar Based on High Order Statistics
基于高阶统计量自适应滤波的毫秒脉冲星信号处理
17.
The Optimization Design of One Type of High Order Control System Which can be Approximated to Four Order System
一类可近似为四阶的高阶控制系统的优化设计
18.
Research of Near Field Source Localization Method Based on Higher Order Statistics and Fractional Lower Order Statistics;
基于高阶统计量与分数低阶统计量的近场源定位方法研究