Difference between revisions of "GPU621/VTuners"
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==== Hotspot Analysis ==== | ==== Hotspot Analysis ==== | ||
| − | [File:Hotspot Analysis.png|600px|frame|Here we can see the summary of the output of the Vtune Profiler which shows some general information about the run time and thread usage] | + | [[File:Hotspot Analysis.png|600px|frame|Here we can see the summary of the output of the Vtune Profiler which shows some general information about the run time and thread usage]] |
== Microarchitecture and Memory Bottlenecks == | == Microarchitecture and Memory Bottlenecks == | ||
Revision as of 14:51, 27 November 2022
Contents
Intel Vtune Profiler
Group Members
Vtune Profiler Features
The Vtune Profiler has a variety of features that provide information to assist in the optimization of application performance, system performance. The profiler also assists in system configuration for HPC, Cloud, IoT, media, storage, etc.
The profiler provides compatibility for a variety of systems and platforms that include the following:
CPU, GPU, and FGPA
Any combination of the following languages: SYCL, C, C++, C+, Fortran, OpenCL, Python, Google Go, Java, .NET, Assembly
Optimized performance that avoids power or thermal throttling
Collection of coarse-grained data over extended periods with details results including mapping to source code
Algorithm Optimization
Analyzing Hot Code Paths
Flame Graphs
Here we can see an example of a flame graph selecting the “hottest” processes run in an application which represent 93.3% of the total CPU usage time
Analyzing Hot Spots
Hotspot Analysis
Here we can see the summary of the output of the Vtune Profiler which shows some general information about the run time and thread usage
