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1.
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Introduction to FMS
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2.
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Matrix Computing
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2.1. Why FMS? |
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3.
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Installing FMS In Your Application
Program
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3.1. Calling FMS Subroutines |
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3.2. Using FMS Parameters |
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4.
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Advanced Features
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4.1. Pivoting |
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4.2. Computing Eigenvalues |
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4.3. Substructuring (FMS Parameter
NEQSUB) |
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4.4. Nonlinear Analysis (FMS Parameter
LOWASM) |
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4.5. Force Symmetry (FMS Parameter
LUOK) |
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4.6. Strassen and Winograd Algorithms (FMS Parameter
IALGOR) |
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5.
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Examples of Using FMS
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6.
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Achieving Maximum Performance With
FMS
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6.1. Determining Machine Configuration |
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6.2. Time and Storage Requirements |
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6.3. Data Alignment |
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6.4. Memory Management |
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6.5. File Striping |
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6.6. Non-Uniform Memory Access (NUMA) Machines |
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6.7. Direct I/O |
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6.8. Large Pages |
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A.
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FMS Theory
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B.
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FMS Files
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B.1. Vector Files |
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B.2. Submatrix Files |
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B.3. Matrix Files |
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C.
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FMS Subroutines
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D.
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FMS Parameters
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E.
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Error Handling
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F.
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Program DEMO
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List of Figures
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