会议专题

The Third International Workshop on Applied Matriz Theory(第三届国际矩阵分析与应用会议)

总文献量: 367篇会议类型: 国际会议会议地点: 杭州主办单位: 浙江林学院会议日期: 2009-07-09

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The Similarity of Upper Triangular Block Operator Matriz

Fahui Zhai Weina Zhao

Matriz equations AX±XTAT= B over an arbitrary regular ring

Israr Ali Khan Qing-Wen Wang

Generalized anti-reflezive solutions of the matriz equation ZHXA=B and the optimal approzimation

Yao-tang Li Ning Zhang Yan-qiang Wang Yan-yan Li

A variant of Newtons irrational method

Xiuhua Wang Chuanqing Gu Jisheng Kou

A New Approach to Matriz Pade-type Approzimant

Chunxia Zhao Chuanqing Gu

Matriz Approzimation On Submatriz and Spectral constraints

Ruijuan Yin Dongxiu Xie

GTOR method for the linear complementarity problem

Guangbin Wang

On Moore-Penrose inverse of powers of a Morphism with Generalized-Factorization

Shiguang Zhang

Convergence Analysis of Learning Algorithms for Linear Systems with Rank-Defective Markov Parameters

Mingxuan Sun

Two Modified Iterative Rational Krylov Algorithms for Optional H2 Model Reduction

Yue An Chuan-Qing Gu

Another Improvement on Ky Fans Theorem of Matriz Eigenvalues and Its Application

Xiuhong Liu

A Generalization of the Trace Inequality of Matriz

Lei Xia Baoguang Tian Nannan Wang

The Influence of Rough Set Method with Incomplete Information System on the Knowledge Discovery

Hongyan Ji Yanhong Guo Linggai Tian

Study on the application of input-output model in the research on currency circulation system

Xuefeng Wang Qianqing Fang

Szaszs Inequalitices for Meta-Positive Definite Matrices and Similar Generalized Positive Definite Matrices

Yanxi Li

Jacobi-Gauss-Seidel gradient iterative algorithm

Chuanqing Gu Fuchong Wang

A Combined Function-valued Pade-type Approzimation Using for Solution of Integral Equations

Chunjing Li Mangmang Wu Minsi Wang

The Second Smallest Eigenvalue of a tree

Houqing Zhou

The Convergence for Splitting Iteration Methods for Two-by-Two Block Hermitian Indefinite Linear System

Chuanlong Wang

A Simple Judging Method to Solve KKT Systems

Xingdong Yang Qingquan He Libo Zan