internal — GUI for Freja sampling and report generation
sample — sample the memory access pattern of a process and generate a sample file
report — generate a report from a sample file
view — start a report viewer
license — Install a license file

List of Figures

2.1. Overview of the GUI
2.2. Processor Model Selector
2.3. Advanced Sampling Settings
2.4. Advanced Report Settings
3.1. Example System
3.2. Cache Coherence, Example 1
3.3. Cache Coherence, Example 2
3.4. Cache Coherence, Example 3
3.5. Cache Coherence, Example 4
3.6. Cache Coherence, Example 5
3.7. Cache Coherence, Example 6
3.8. Cache Coherence, Example 7
5.1. Data Layout Example
5.2. Good Utilization
5.3. Poor Utilization
5.4. Unused Fields
5.5. No Unused Fields
5.6. Poor Internal Alignment
5.7. Good Internal Alignment
5.8. External Alignment
5.9. Dynamic Memory Allocation
5.10. Inefficient Loop Nesting
5.11. Efficient Loop Nesting
5.12. False Sharing Example, Step 1
5.13. False Sharing Example, Step 2
5.14. False Sharing Example, Step 3
5.15. False Sharing Example, Step 4
5.16. False Sharing Example, Step 5
5.17. False Sharing Example, Step 6
5.18. False Sharing Example, Fixed
5.19. Matrix Accesses with False Sharing
5.20. Matrix Accesses without False Sharing
7.1. Issue Statistics Section
7.2. Summary Statistics
7.3. Issue Statistics
7.4. Loop Statistics
7.5. Instruction Group Statistics
7.6. Fetch/Miss Ratio Diagram
7.7. Write-Back Ratio Diagram
7.8. Utilization Diagram
7.9. Report Outline
7.10. The Summary Tab
7.11. The Loops Tab
7.12. The Bandwidth Issues Tab
7.13. The Latency Issues Tab
7.14. The Multi-Threading Issues Tab
7.15. The Pollution Issues Tab
7.16. The Files Tab
7.17. The Execution Tab
7.18. The About/Help Tab
7.19. Issue Statistic Sections
7.20. Instructions with Collapsed Call Stack
7.21. Instructions with Expanded Call Stack
7.22. Loop
7.23. Source Code with Collapsed Lines
7.24. Source Code with Expanded Lines
8.1. Fetch Utilization Issue
8.2. Write-Back Utilization Issue
8.3. Communication Utilization Issue
8.4. Inefficient Loop Nesting Issue
8.5. Random Access Pattern Issue
8.6. Loop Fusion Issue
8.7. Blocking Issue
8.8. Prefetch Unnecessary Issue
8.9. Prefetch too Distant Issue
8.10. Prefetch too Close Issue
8.11. Fetch Hot-Spot Issue
8.12. Write-back Hot-Spot Issue
8.13. Non-Temporal Store Possible Issue
8.14. Non-Temporal Data Issue
8.15. False Sharing Issue
8.16. Communication Hot-Spot Issue
A.1. MPI Sampling Principles
A.2. Message Passing Toolkit, runtime system and shepherd process

List of Tables

9.1. Electronic Services
A.1. Fingerprint filename substitutions
A.2. %r substitutions
C.1. AMD
C.2. ARM
C.3. Freescale
C.4. IBM
C.5. Intel
9. Filename substitutions
10. %r substitutions

List of Examples

A.1. Sampling Open MPI ranks using a wrapper script
A.2. Sampling with a wrapper script
A.3. Selectively sampling ranks
4. Starting an application in the sampler
5. Attaching to a running process
6. Burst sampling a long running application
7. Using a template name for output file
8. Analyzing sample files using autodetected CPU models
9. Specifying a CPU model
10. Using custom thread to cache mappings
11. Installing a license file for the current user
12. Installing a reference to three license servers


		Chapter 1. Introduction