This screencast demonstrates a C++ AMP sample app: Cartoonizer. You can find pointers to information about the sample including where to get the Visual Studio code from the corresponding blog post.

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast demonstrates one of our C++ AMP sample apps: NBody. You can learn more about the sample and download the Visual Studio project with all the code from the corresponding blog post.

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast demonstrates one of our C++ AMP sample apps: Morph. You can learn more about the sample and download the Visual Studio project with all the code from the corresponding blog post.

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast assumes knowledge of the C++ AMP API, e.g. that you totally understand the matrix multiplication implementation in C++ AMP. So if you satisfy that prerequisite, watch this screencast on what features are available in Visual Studio 2012 for debugging C++ AMP code.

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast assumes knowledge of the C++ AMP API, i.e. the simple model and the tiled model, and here we look at a common algorithm (matrix multiplication) and convert it from serial on the CPU, to run on the GPU, first with the simple model and then tiled.

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast assumes no knowledge of C++ AMP and introduces the core API from scratch. You'll see parallel_for_each, extent, index, restrict(amp), array_view, and accelerator. I will explain these concepts through a "hello world" code example in a step-by-step manner.

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast is a companion to my MSDN Magazine article that you can read online: Introduction to Tiling in C++ AMP. You will be introduced to the tiled_extent class, the tiled_index class, the tile_barrier class, and the tile_static storage class.

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast is one part of a 4-part series accompanying my MSDN Magazine article that you can read online: A Code-Based Introduction to C++ AMP.

Please watch first the screencasts that precede this part, and then follow the links below to watch the screencasts that follow it.

1. Setup code - C++ AMP - msdn mag companion part 1
2. array_view, extent, index - C++ AMP - msdn mag companion part 2
3. parallel_for_each - C++ AMP - msdn mag companion part 3
4. accelerator - C++ AMP - msdn mag companion part 4

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast is one part of a 4-part series accompanying my MSDN Magazine article that you can read online: A Code-Based Introduction to C++ AMP.

Please watch first the screencasts that precede this part, and then follow the links below to watch the screencasts that follow it.

1. Setup code - C++ AMP - msdn mag companion part 1
2. array_view, extent, index - C++ AMP - msdn mag companion part 2
3. parallel_for_each - C++ AMP - msdn mag companion part 3
4. accelerator - C++ AMP - msdn mag companion part 4

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast is one part of a 4-part series accompanying my MSDN Magazine article that you can read online: A Code-Based Introduction to C++ AMP.

Please watch first the screencasts that precede this part, and then follow the links below to watch the screencasts that follow it.

1. Setup code - C++ AMP - msdn mag companion part 1
2. array_view, extent, index - C++ AMP - msdn mag companion part 2
3. parallel_for_each - C++ AMP - msdn mag companion part 3
4. accelerator - C++ AMP - msdn mag companion part 4

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

This screencast is one part of a 4-part series accompanying my MSDN Magazine article that you can read online: A Code-Based Introduction to C++ AMP.

Please watch first the screencasts that precede this part, and then follow the links below to watch the screencasts that follow it.

1. Setup code - C++ AMP - msdn mag companion part 1
2. array_view, extent, index - C++ AMP - msdn mag companion part 2
3. parallel_for_each - C++ AMP - msdn mag companion part 3
4. accelerator - C++ AMP - msdn mag companion part 4

To learn more please visit the C++ AMP blog, and we encourage C++ AMP questions in the Parallel Computing in C++ and Native Code MSDN forum.

Introduction:

In Visual Studio 2010, the Parallel Computing team has delivered APIs and tools for developers wanting to build applications that take advantage of multiple cores. This video provides a glimpse on the managed APIs, debugging windows and profiler support.

For more on the managed APIs, please start on the team's blog. For more on profiler start on that team's blog. For more on Parallel Tasks and Parallel Stacks please start on my blog post on Parallel Debugging.

Introduction:

Developers using MPI to develop applications, have been experiencing severe productivity pains when it came to debugging those apps on the Windows HPC 2008 cluster. This video shows how easy "F5" now is for C++ MPI cluster applications.

Read about the feature here.

In the next version of .NET and C++ that ship with Visual Studio 2010, a new task-based programming model is introduced. In this short video you will learn about Parallel Tasks, a new debugger window that helps developers debug applications that use tasks. You will also get a glimpse at the task-specific features of the Parallel Stacks debugger window introduced in another video.

To read more about the features of the Parallel Tasks window please read my blog post here. To follow some steps and explore the Parallel Tasks (and Parallel Stacks) windows on your own Visual Studio 2010 follow this MSDN walkthrough.

As developers try to take advantage of more and more cores in their applications, ultimately more and more threads will execute their code at the same time. When debugging such applications, there is a need to visualize multiple call stacks of multiple threads in a single view. This scenario is supported in Visual Studio 2010 via a new debugger window that this short video explores: Parallel Stacks.

Introduction: Assuming you understand how LINQ to objects works and assuming you know how DataSets work, this 18' video shows you how LINQ to DataSet can be used in your projects.

Video download: Click on the image to play the video (from a streaming Silverlight wmv). If you'd prefer to download a non-Silverlight wmv packaged in a zip file, you may do so here.