This article implements a Mandelbrot renderer that is multiple times faster than a CPU-only implementation by using a new Microsoft technology called C++ AMP: Accelerated Massive Parallelism, introduced in the Visual C++ 11 Preview.
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The article gives an example of false-sharing in multi-threading programming using C++0x std::thread.
Comparing PVS-Studio (VivaMP) and Intel C/C++ ("Parallel Lint")
An unsuccessful attempt to compare PVS-Studio (VivaMP) and Intel C/C++ ("Parallel Lint")
The Practical Guide to Multithreading - Part 1
Understand from this guide how and when - as well as when not - to use multithreading.
State Management : Native Parallel Programming for Visual C++
Visual C++ 2010 includes a number of new features for preventing data inconsistencies due to simultaneous updates of memory locations - a key challenge in parallel development.
Native Parallel Programming for Visual C++ with the Parallel Processing Library
Visual C++ 10.0's new Parallel Pattern Library supplies methods to execute multiple processing tasks, across available processing resources, eliminating the headache of manually allocating task execution.
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MFC Integration with the Windows Transactional File System (TxF)
The Transactional File System (TxF), which allows access to an NTFS file system to be conducted in a transacted manner through extensions to the Windows SDK API. MFC 10, has been extended to support TxF and related technologies. This support allows existing MFC applications to be easily extended to support kernel transactions.

Accessing .NET Serial Ports from C#
Dust off your serial port and find new uses for a nearly-forgotten data link.

Printing from Your VB 2013 App in Windows 8.1
Learn how to print with VB from inside your Windows 8.1 apps.
Working with State Machines in the .NET Framework
Arun Karthick introduces you to the state machine model and shows you how to create a simple working state machine sample using the .NET framework in the C# language.