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Intel® Advanced Vector Extensions for Floating Point Applications

Overview of Intel® Advanced Vector Extensions, which improve data management, media processing, 3D modeling, and financial analytics.

Intel® Advanced Vector Extensions for Floating Point Applications

Overview of Intel® Advanced Vector Extensions, which improve data management, media processing, 3D modeling, and financial analytics.

Intel® Advanced Vector Extensions Improve Performance

Overview of Intel® Advanced Vector Extensions, which are ideal for floating point-intensive apps, including links to support tools and documents.

Intel® Advanced Vector Extensions Improve Performance

Overview of Intel® Advanced Vector Extensions, which are ideal for floating point-intensive apps, including links to support tools and documents.

Image Signal Processing of Intel® Core™ Processors: Presentation

Presentation: Gives metrics for image signal processing performance of Intel® Core™2 Duo and Intel® Core™ i5/i7 processors. (v.1, July 2011)

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Minimize the Impact of Virtualization

Learn how to minimize the impact of virtualization on interrupt latency and Intel® AVX while improving the performance of both. (v.001, Aug. 2011)

Intel® Advanced Vector Extensions Realization of IIR Filter

Provides an understanding of the infinite impulse response (IIR) filter implementation with Intel® Advanced Vector Extensions SIMD instruction set.

Intel® Advanced Vector Extensions Realization of IIR Filter

Provides an understanding of the infinite impulse response (IIR) filter implementation with Intel® Advanced Vector Extensions SIMD instruction set.

Vectorization with Intel® C++ Compilers: Guide

Guide: Describes how to enable vectorization in the Intel® C++ Compilers, including how mainstream compilers analyze sequential code.

Replacing Real-Time Hardware with Multi-Core Software

Read Embedded Innovator Newsletter 2011: 6th Ed articles including DPI for LTE, Virtualized Performance, and Flexible Security. (Sept. 2011)