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Advisor: Difference between revisions
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In order to see how an application behaves at the core level, for example: | In order to see how an application behaves at the core level, for example: | ||
1. whether it is memory bound or compute bound | 1. whether it is memory bound or compute bound | ||
2. how good is the vectorization | 2. how good is the vectorization | ||
3. how is the memory access pattern | 3. how is the memory access pattern | ||
4. whether there are dependencies hindering vectorization | 4. whether there are dependencies hindering vectorization etc. | ||
All the above queries can be answered using intel Advisor. | |||
== See also == | == See also == | ||
Revision as of 14:53, 17 December 2021
| Intel® Advisor XE is a threading assistant for C, C++, C# and Fortran. It guides developers through threading design, automating analyses required for fast and correct implementation.
It helps developers to add parallelism to their existing C/C++ or Fortran programs. You can use the Intel Advisor XE to:
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Why Intel Advisor?
In order to see how an application behaves at the core level, for example:
1. whether it is memory bound or compute bound
2. how good is the vectorization
3. how is the memory access pattern
4. whether there are dependencies hindering vectorization etc.
All the above queries can be answered using intel Advisor.