Here are some helpful links:
Important Knowledge Base Articles for Intel® Inspector XE 2013
Análise de segurança estática
Intel® System Studio Training Materials
Here are useful slide decks to enhance your learning of Intel System Studio:
- Overview
- Build and Design
Memory profiling techniques using Intel System Studio
To Download this article :- 
memory-profiling-using-intel-system-studio.pdf (344.62 KB)
Introduction
One of the problems with developing embedded systems is the detection of memory errors; like
Getting Started Tutorial: Analyzing Security Weaknesses with Intel® Inspector 2011 on Linux
Learn how to analyze security weaknesses with Intel® Inspector XE 2011 on Linux, Fortran code sample
Getting Started Tutorial: Analyzing Security Weaknesses with Intel® Inspector 2011 on Windows
Learn how to analyze security weaknesses with Intel® Inspector XE 2011 on Windows, Fortran code sample
Getting Started Tutorial: Analyzing Security Weaknesses with Intel® Inspector 2011 on Linux
Learn how to analyze security weaknesses with Intel® Inspector XE 2011 on Linux, C++ code sample
Getting Started Tutorial: Analyzing Security Weaknesses with Intel® Inspector 2011 on Windows
Learn how to analyze security weaknesses with Intel® Inspector XE 2011 on Windows, C++ code sample
Creating and Viewing Cyclomatic Complexity Data with Intel® Parallel Studio XE 2013
Background
Cyclomatic Complexity is a measurement of the number of possible paths through a section of code. For example, a simple if/else would give you two paths through a section of code. This code would be easy to understand and test. As the number of choices increases, the difficulty of ensuring correctness on all possible paths increases even faster.
Debugging Parallel Code for Fast, Reliable Applications webinar slides
Webinar slides - Error checking, data races, and deadlock are notorious yet critical issues to track down in threaded apps. Learn new techniques using Intel® Parallel Studio developer tools and save hours of debugging time, while improving application reliability. Intel® Parallel Inspector offers unique threading analysis techniques, drilling down to source code lines where problems can occur, and enabling developers to locate and isolate common threading problems. Learn how to use Parallel Inspector to find memory leaks and common memory overruns. Tap into debugging extension plug-ins and use error checking capabilities found in Parallel Studio to improve application reliability and performance. Recommended companion technical webinars: Find Errors in Windows C++ Applications, and Static Analysis and Intel® C++ Compilers.
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