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- 09:23, 28 May 2019 diff hist +1‎ Make ‎ →‎Basic usage
- 09:19, 28 May 2019 diff hist +16‎ Make ‎
- 15:55, 27 May 2019 diff hist +18‎ Performance Engineering ‎ →‎Generic iterative procedure for performance engineering
- 08:46, 27 May 2019 diff hist -4‎ Performance profiling ‎ →â€
- 08:43, 27 May 2019 diff hist -8‎ Performance profiling ‎ →â€
- 08:43, 27 May 2019 diff hist +3,005‎ Performance profiling ‎
- 15:59, 24 May 2019 diff hist +2,584‎ N Performance profiling ‎ Created page with "== Introduction == In this context performance profiling is to relate performance metric measurements to source code execution. The data source are typically either the opera..."
- 15:03, 24 May 2019 diff hist +1,772‎ Application benchmarking ‎ →‎Interpretation of results
- 14:43, 24 May 2019 diff hist +7‎ Application benchmarking ‎ →‎Interpretation of results
- 14:43, 24 May 2019 diff hist +198‎ Application benchmarking ‎ →‎Interpretation of results
- 14:41, 24 May 2019 diff hist +175‎ Application benchmarking ‎ →‎Interpretation of results
- 14:38, 24 May 2019 diff hist -119‎ Application benchmarking ‎ →â€
- 14:37, 24 May 2019 diff hist 0‎ N File:Scaling-superlinear.png ‎ current
- 14:37, 24 May 2019 diff hist 0‎ N File:Scaling-saturating.png ‎ current
- 14:36, 24 May 2019 diff hist 0‎ N File:Scaling-overhead.png ‎ current
- 14:36, 24 May 2019 diff hist 0‎ N File:Scaling-loadimbalance.png ‎ current
- 14:36, 24 May 2019 diff hist 0‎ N File:Scaling-linear.png ‎ current
- 14:24, 24 May 2019 diff hist +182‎ Application benchmarking ‎ →‎Example code
- 14:22, 24 May 2019 diff hist +3‎ Make ‎ →‎Tips and Tricks
- 14:21, 24 May 2019 diff hist -8‎ Make ‎ →‎Common Pitfalls
- 14:20, 24 May 2019 diff hist +304‎ Make ‎ →‎Common Pitfalls
- 14:15, 24 May 2019 diff hist +183‎ Make ‎ →‎Working example
- 12:19, 23 May 2019 diff hist -93‎ Application benchmarking ‎ →‎Chip/package/node related
- 12:14, 23 May 2019 diff hist -308‎ Application benchmarking ‎ →‎Memory related
- 12:05, 23 May 2019 diff hist -749‎ Application benchmarking ‎ →‎CPU related
- 12:01, 23 May 2019 diff hist +340‎ Application benchmarking ‎ →‎System configuration
- 11:58, 23 May 2019 diff hist +251‎ Application benchmarking ‎ →‎System configuration
- 11:51, 23 May 2019 diff hist +1,777‎ Application benchmarking ‎ →‎Dynamic processor clock
- 11:45, 23 May 2019 diff hist +229‎ Application benchmarking ‎ →‎Dynamic processor clock
- 11:29, 23 May 2019 diff hist +1‎ Application benchmarking ‎ →‎Dynamic processor clock
- 11:28, 23 May 2019 diff hist +400‎ Application benchmarking ‎ →‎Dynamic processor clock
- 11:20, 23 May 2019 diff hist +1,454‎ Application benchmarking ‎ →‎Dynamic processor clock
- 10:55, 23 May 2019 diff hist +599‎ Application benchmarking ‎ →‎Node topology
- 10:42, 23 May 2019 diff hist +268‎ Application benchmarking ‎
- 10:08, 23 May 2019 diff hist +129‎ Talk:Binding/Pinning ‎
- 10:07, 23 May 2019 diff hist +107‎ Application benchmarking ‎ →‎Affinity control
- 10:04, 23 May 2019 diff hist +184‎ N Talk:Binding/Pinning ‎ Created page with "The title of this page is misleading as the content only refers to affinity control for OpenMP using environment variables. The page should be called "Affinity Control with..."
- 08:40, 23 May 2019 diff hist -157‎ Performance Engineering ‎ →‎Strategies for performance analysis
- 08:07, 24 April 2019 diff hist -92‎ Runtime profiling ‎ →â€
- 08:07, 24 April 2019 diff hist -93‎ Performance Engineering ‎ →â€
- 08:07, 24 April 2019 diff hist -92‎ Make ‎ →â€
- 08:06, 24 April 2019 diff hist -206‎ MPI ‎ →â€
- 08:06, 24 April 2019 diff hist -92‎ Application benchmarking ‎ →â€
- 08:56, 18 April 2019 diff hist +143‎ Application benchmarking ‎ →‎Scaling core count
- 08:17, 18 April 2019 diff hist +33‎ Application benchmarking ‎
- 08:14, 18 April 2019 diff hist +600‎ Application benchmarking ‎ →‎Best practices
- 07:57, 18 April 2019 diff hist +777‎ Application benchmarking ‎ →‎Scaling data set size
- 07:44, 18 April 2019 diff hist +192‎ Application benchmarking ‎ →‎Scaling core count
- 07:38, 18 April 2019 diff hist +11‎ Application benchmarking ‎ →‎Scaling core count
- 07:38, 18 April 2019 diff hist 0‎ Application benchmarking ‎ →‎Scaling core count
- 07:37, 18 April 2019 diff hist +86‎ Application benchmarking ‎ →‎Scaling core count
- 07:36, 18 April 2019 diff hist 0‎ Application benchmarking ‎ →‎Scaling core count
- 07:35, 18 April 2019 diff hist +1‎ Application benchmarking ‎ →‎Scaling core count
- 07:35, 18 April 2019 diff hist 0‎ Application benchmarking ‎ →‎Best practices
- 07:35, 18 April 2019 diff hist +5‎ Application benchmarking ‎ →‎Scaling core count
- 07:33, 18 April 2019 diff hist -1‎ Application benchmarking ‎ →‎Scaling core count
- 07:32, 18 April 2019 diff hist +199‎ Application benchmarking ‎ →‎Scaling core count
- 07:22, 18 April 2019 diff hist +102‎ Application benchmarking ‎ →‎Scaling core count
- 06:53, 18 April 2019 diff hist +41‎ Application benchmarking ‎ →‎Best practices
- 06:49, 18 April 2019 diff hist -12‎ Performance Engineering ‎ →‎Generic iterative procedure for performance engineering
- 15:20, 9 April 2019 diff hist -5‎ Application benchmarking ‎ →‎Scaling core count
- 15:20, 9 April 2019 diff hist +462‎ Application benchmarking ‎ →‎Scaling core count
- 15:15, 9 April 2019 diff hist +1,092‎ Application benchmarking ‎ →‎Best practices
- 12:54, 9 April 2019 diff hist +366‎ Application benchmarking ‎ →‎Affinity control
- 16:59, 4 April 2019 diff hist +1,257‎ Application benchmarking ‎ →‎Node topology
- 16:30, 4 April 2019 diff hist +198‎ Application benchmarking ‎ →‎Node topology
- 16:27, 4 April 2019 diff hist +21‎ Application benchmarking ‎ →‎Node topology
- 16:26, 4 April 2019 diff hist +8,375‎ Application benchmarking ‎
- 16:12, 4 April 2019 diff hist +112‎ Application benchmarking ‎ →‎System configuration
- 16:19, 2 April 2019 diff hist +377‎ Runtime profiling ‎
- 16:09, 2 April 2019 diff hist 0‎ Runtime profiling ‎
- 15:22, 2 April 2019 diff hist +10‎ Runtime profiling ‎ →‎Runtime profiling for parallel applications
- 15:21, 2 April 2019 diff hist 0‎ Runtime profiling ‎ →‎Runtime profiling for parallel applications
- 15:20, 2 April 2019 diff hist +3,615‎ Runtime profiling ‎
- 15:09, 2 April 2019 diff hist +152‎ Runtime profiling ‎ →‎How to use perf
- 15:07, 2 April 2019 diff hist +144‎ Runtime profiling ‎
- 15:06, 2 April 2019 diff hist +2,606‎ Runtime profiling ‎ →‎How to use perf
- 14:58, 2 April 2019 diff hist +228‎ Runtime profiling ‎ →‎How to use gprof
- 14:50, 2 April 2019 diff hist +3,098‎ Runtime profiling ‎ →‎How to use gprof
- 14:40, 2 April 2019 diff hist +1‎ Runtime profiling ‎
- 14:40, 2 April 2019 diff hist +38‎ Runtime profiling ‎
- 14:40, 2 April 2019 diff hist +424‎ Runtime profiling ‎ →‎How to use gprof
- 14:15, 2 April 2019 diff hist +90‎ Runtime profiling ‎
- 13:58, 2 April 2019 diff hist -8‎ Runtime profiling ‎ →â€
- 10:54, 2 April 2019 diff hist +192‎ Runtime profiling ‎ →â€
- 10:49, 2 April 2019 diff hist +1,286‎ N Runtime profiling ‎ Created page with " == Introduction == The initial task in any performance analysis is to figure out in which parts of the code the runtime is spent. One wants to focus for optimisation on thos..."
- 15:28, 5 March 2019 diff hist +220‎ Application benchmarking ‎ →‎Affinity control
- 17:42, 4 March 2019 diff hist +92‎ Application benchmarking ‎
- 17:40, 4 March 2019 diff hist -3‎ Application benchmarking ‎ →‎SMT on/off topology
- 17:40, 4 March 2019 diff hist +125‎ Application benchmarking ‎ →‎System configuration
- 17:36, 4 March 2019 diff hist +24‎ Application benchmarking ‎ →‎System configuration
- 17:35, 4 March 2019 diff hist +13‎ Application benchmarking ‎ →‎System configuration
- 17:34, 4 March 2019 diff hist +2,491‎ Application benchmarking ‎ →‎System configuration
- 17:16, 4 March 2019 diff hist +4‎ Application benchmarking ‎ →‎Fortran example
- 17:08, 4 March 2019 diff hist +6‎ Performance Engineering ‎ →‎Runtime contributions and the critical path
- 13:53, 1 March 2019 diff hist +93‎ Performance Engineering ‎
- 13:44, 1 March 2019 diff hist +92‎ Make ‎
- 13:26, 1 March 2019 diff hist +6‎ MPI ‎ →‎MPI+X
- 13:25, 1 March 2019 diff hist +25‎ MPI ‎ →‎MPI+X
- 13:22, 1 March 2019 diff hist +21‎ MPI ‎ →‎Integration example: Collective communication