《LAPACK95用戶指南》是2011年清華大學出版社出版的圖書，作者是巴克。
基本介紹
- 書名：LAPACK95用戶指南
- 作者：巴克
- ISBN：9787302245032
- 頁數：258
- 定價：38.00元
- 出版社：清華大學出版社
- 出版時間：2011-2
- 叢書： Springer大學數學圖書
內容簡介,目錄,
內容簡介
《LAPACK95 用戶指南(影印版)》內容簡介：LAPACK95 Is a Fortran 95 intertace to the Fort ran 77 LAPACK Iibrary．It is relevant for anyone who writes in the Fort ran 95 language and need s reliable software fo r basic numerical linear algebra．It improves upon the original use rinterface to the LAPACK package，taking advantage of the con side rablesimp Imcations that Fortran 95 allows．
目錄
Preface
I GENERAL INFoRMATIoN
1 Essentials
1.1 LAPACK95
1．2 Problems that LAPACK95 can Solve
1．3 Computers for which LAPACK95 is Suitable
1．4 LAPACK and the BLAS
1．5 Availability and Installation of Software
1．5．1 LAPACK95
1．5．1．1 Incorporating Machine Dependencies
1．5．2 LAPACK
1．5．3 BLAS
1．5．4 Installation Debugging Hints
1．5．5 Mirror Repositories of netlib
1．5．6 Availability of Software via CD-ROM
1．6 Support
1．7 Commercial Use
2 Contents of LAPACK95
2．1 Structure of LAPACK95
2．1．1 Levels of Routines
2．1．2 Data Types and Precision
2．1．3 Naming Scheme
2．2 Driver Routines
2．2．1 Linear Equations
2．2．2 Linear Least Squares(LLS)Problems
2．2．3 Generalized Linear Least Squares(LSE and GLM)Problems
2．2．4 Standard Eigenvalue and Singular Value Problems
2．2．4．1 Symmetric Eigenproblems(SEP)
2．2．4．2 Nonsymmetric Eigenproblems(NEP)
2．2．4．3 Singular Value Decomposition(SVD)
2．2．5 Generalized Eigenvalue and Singular Value Problems
2．2．5．1 Generalized Symmetric Definite Eigenproblems(GSEP)
2．2．5．2 Generalized Nonsymmetric Eigenproblems(GNEP)
2．2．5．3 Generalized Singular Value Decomposition(GSVD)
3 Documentation Design and Program Examples
3．1 Design of the LAPACK95 Driver Interface
3．2 Design and Documentation of Driver Argument Lists
3．2．1 Structure ofthe Documentation
3．2．2 Order of Arguments
3．2．3 Argument Descriptions
3．2．4 Optional Arguments
3．2．5 Array Arguments
3．3 Error Handling
3．4 Matrix Storage Schemes
3．5 Design of Interfaces for Computational Routines
3．6 How to call an LAPACK95 Routine
3．7 Code for One Version of LA-SYEV
3．8 LAPACK and LAPACK95 Interface Module Blocks
3．8．1 F77 LAPACK Generic Interface Blocks
3．8．1．1 LA_SYEV/LA-HEEV
3．8．1．2 LA-GESV Multiple RHSCase
3．8．1．3 LA．GESV Single RHS Case
3．8．2 F95 APACK Generic Interface Blocks
3．8．2．1 LA_SYEV/LA_HEEV
3．8．2．2 LA-GESV
3．8．3 LA工AMCH Interfaces
4 Performance and Troubleshooting
4．1 Performance of LAPACK95
4．1．1 Performance Issues
4．1.2 PerfcIrmance Tables
4．2 Accuracy and Stability
4．3 Errors and Poor Performance
II DR IVER ROUTINES
5 Driver Routines for Linear Systems
5．1 General Linear Systems
5．1．1 LA-GESV
5．1．2 LA-GESVX
5．1．3 LA-GBSV
5．1．4 LA-GBSVX
5．1．5 LA-GTSV
5．1．6 LA-GTSVX
5．2 Symmetric/Hermitian Positive Definite Linear Systems
5．2．1 LA-POSV
5．2．2 LA-POSVX
5．2．3 LA-PSV
5．2．4 LA-PSVX
……
I GENERAL INFoRMATIoN
1 Essentials
1.1 LAPACK95
1．2 Problems that LAPACK95 can Solve
1．3 Computers for which LAPACK95 is Suitable
1．4 LAPACK and the BLAS
1．5 Availability and Installation of Software
1．5．1 LAPACK95
1．5．1．1 Incorporating Machine Dependencies
1．5．2 LAPACK
1．5．3 BLAS
1．5．4 Installation Debugging Hints
1．5．5 Mirror Repositories of netlib
1．5．6 Availability of Software via CD-ROM
1．6 Support
1．7 Commercial Use
2 Contents of LAPACK95
2．1 Structure of LAPACK95
2．1．1 Levels of Routines
2．1．2 Data Types and Precision
2．1．3 Naming Scheme
2．2 Driver Routines
2．2．1 Linear Equations
2．2．2 Linear Least Squares(LLS)Problems
2．2．3 Generalized Linear Least Squares(LSE and GLM)Problems
2．2．4 Standard Eigenvalue and Singular Value Problems
2．2．4．1 Symmetric Eigenproblems(SEP)
2．2．4．2 Nonsymmetric Eigenproblems(NEP)
2．2．4．3 Singular Value Decomposition(SVD)
2．2．5 Generalized Eigenvalue and Singular Value Problems
2．2．5．1 Generalized Symmetric Definite Eigenproblems(GSEP)
2．2．5．2 Generalized Nonsymmetric Eigenproblems(GNEP)
2．2．5．3 Generalized Singular Value Decomposition(GSVD)
3 Documentation Design and Program Examples
3．1 Design of the LAPACK95 Driver Interface
3．2 Design and Documentation of Driver Argument Lists
3．2．1 Structure ofthe Documentation
3．2．2 Order of Arguments
3．2．3 Argument Descriptions
3．2．4 Optional Arguments
3．2．5 Array Arguments
3．3 Error Handling
3．4 Matrix Storage Schemes
3．5 Design of Interfaces for Computational Routines
3．6 How to call an LAPACK95 Routine
3．7 Code for One Version of LA-SYEV
3．8 LAPACK and LAPACK95 Interface Module Blocks
3．8．1 F77 LAPACK Generic Interface Blocks
3．8．1．1 LA_SYEV/LA-HEEV
3．8．1．2 LA-GESV Multiple RHSCase
3．8．1．3 LA．GESV Single RHS Case
3．8．2 F95 APACK Generic Interface Blocks
3．8．2．1 LA_SYEV/LA_HEEV
3．8．2．2 LA-GESV
3．8．3 LA工AMCH Interfaces
4 Performance and Troubleshooting
4．1 Performance of LAPACK95
4．1．1 Performance Issues
4．1.2 PerfcIrmance Tables
4．2 Accuracy and Stability
4．3 Errors and Poor Performance
II DR IVER ROUTINES
5 Driver Routines for Linear Systems
5．1 General Linear Systems
5．1．1 LA-GESV
5．1．2 LA-GESVX
5．1．3 LA-GBSV
5．1．4 LA-GBSVX
5．1．5 LA-GTSV
5．1．6 LA-GTSVX
5．2 Symmetric/Hermitian Positive Definite Linear Systems
5．2．1 LA-POSV
5．2．2 LA-POSVX
5．2．3 LA-PSV
5．2．4 LA-PSVX
……
