Locate and debug troublesome memory and threading errors with Intel® Inspector XE Video Series Description: Dynamic analysis provides a powerful tool for finding issues in your code, but what if you need a little bit more? What if you need to step through exactly what is happening as it is happening to find out everything that is going on? Join us for this webinar where we will provide a live demonstration of how the Intel® Inspector XE and its debugger integration can help you locate and debug troublesome errors in less time.
Ошибки исполнения потоков
What's new? Update 3 - Intel® Advisor XE 2013
Intel® Advisor XE 2013
Intel® Advisor XE 2013 guides developers to add parallelism to their existing C/C++, Fortran, or C# programs.
New in Update 3!
· Improved assistance window
Useful Links for Intel® Inspector XE 2013 and Intel® Inspector for Systems 2013
Here are some helpful links:
Important Knowledge Base Articles for Intel® Inspector XE 2013
Intel® Inspector XE 2013: Controlling Analysis Cost
Intel® Inspector XE 2013: Controlling Analysis Cost
Find memory and threading errors faster
Introduction
Intel® System Studio Training Materials
Here are useful slide decks to enhance your learning of Intel System Studio:
- Overview
- Build and Design
EmbeddedWorld Signal Processing and Power Management Workshop
This is the conference paper describing Intel® System Studio in great detail in-lieu of the Signal Processing and Power Management Workshop.
How to use Intel® Inspector 2013 for Systems
Background
Intel® System Studio 2013 is the new embedded software tool suite. This tool suite includes Intel® Inspector 2013 for Systems. This article will explain the steps you need to follow to run Inspector 2013 for Systems on an embedded platform.
Overview
How to Detect and Repair Correctness Issues in Code to Run on the Intel® Xeon Phi™ Coprocessor Architecture with Intel® Inspector XE
How to Detect and Repair Correctness Issues in Code to Run on the Intel® Xeon Phi™ Coprocessor Architecture with Intel® Inspector XE
Intel® Xeon Phi™ coprocessors combine advanced power performance with the benefits of standard CPU programming models. Developing and tuning for Intel® Xeon Phi™ coprocessors means you get both great coprocessor performance and improved performance on Intel® Xeon® processors.
MKL VSL example for grouppooledcovariance (vsldgrouppooledcovariance.f) failed with PGI threading layer.
Problem Description:
Grouppooledcovariance example crashs with segmentation fault with PGI threading layer on all platforms due to error in PGI support of OpenMP order clause.
We can see this example “vsldgrouppooledcovariance.f” into the following directory MKL_ROOT>\examples\vslf\source\". This example shows how to calculates of group/poopled covariances.
The issue number is DPD2002622493
Root Cause:
Use new Collection Control APIs in Inspector XE 2013
Control inspector's working in your code
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