In this presentation, we discuss the "performance portability" of OpenCL programs. It needs to deliver "performance portability".
#OPENCL XCODE TUTORIAL FULL#
To reach its full potential, however, OpenCL needs to deliver more than portability. With OpenCL, a software developer can write a single program running on everything: from cell phones to nodes in a supercomputer.
After studying the optimizations presented here, the developers will know the fundamentals of masteryof Intel® Iris™ Graphics for compute purposes. The optimizations we describe are general in nature developers could apply them to a broad set ofOpenCL™ kernels. Optimizing Simple OpenCL Kernels: Sobel Kernel Optimization: Robert Ioffe describes a consistent series of optimizations that improve OpenCL kernel performance on Intel® Iris™ Graphics or Intel® Iris™ Pro Graphics using Intel® SDK for OpenCL™ Applications 2013.After studying the optimizations presented here, the developers will know the fundamentals of mastery of Intel® Iris™ Graphics for compute purposes. The optimizations we describe are general in nature developers could apply them to a broad set of OpenCL™ kernels. Optimizing Simple OpenCL Kernels: Modulate Kernel Optimization: Robert Ioffe describes a consistent series of optimizations that improve OpenCL kernel performance on Intel® Iris™ Graphics or Intel® Iris™ Pro Graphics using Intel® SDK for OpenCL™ Applications 2013.Runtime Generated FFT for Intel® Processor Graphics: Highlights techniques to optimize FFT.
#OPENCL XCODE TUTORIAL HOW TO#
OpenCL™ JumpStart Tutorial: In this tutorial we will show you how to use OpenCL Wizard in Microsoft Visual Studio to create an image processing application for Sobel edge detection of a given image, by creating an OpenCL project based on a project template.
These tutorials work with the supplied sample code to demonstrate important features in this release and can be found on Intel Software Documentation Library repository.
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