JD.com Optimizes Image Processing:

JD.com Speeds Image Processing 17x, handling 300,000 images in 162 seconds instead of 2,800 seconds, with Intel® C++ Compiler and Intel® Integrated Performance Primitives.

Tencent Optimizes an Illegal Image Filtering System:

Tencent doubles the speed of its illegal image filtering system using SIMD Instruction Set and Intel® Integrated Performance Primitives.

Tencent Speeds MD5 Image Identification by 2x:

Intel worked with Tencent engineers to optimize the way the company processes millions of images each day, using Intel® Integrated Performance Primitives to achieve a 2x performance improvement.

Aier Eye Hospital Brings Deep Learning to Blindness Prevention:

Intel® Math Kernel Library helps speed deep learning throughput for efficient, high-qualitiy, and cost-effective eye health screening.

DreamWorks Puts the Special in Special Effects:

DreamWorks Animation's Puss in Boots uses Intel® Math Kernel Library to help create dazzling special effects.

GeoVision Gets a 24x Deep Learning Algorithm Performance Boost:

GeoVision turbo-charges its deep learning facial recognition solution using Intel® System Studio and the OpenVINO™ toolkit..

NetUP Gets Blazing Fast Media Transcoding:

NetUP uses Intel® Media SDK to help bring the Rio Olympic Games to a worldwide audience of millions.

Moscow Institute of Physics and Technology Rockets the Development of Hypersonic Vehicles:

Moscow Institute of Physics and Technology creates faster and more accurate computational fluid dynamics software with help from Intel® Math Kernel Library and Intel� C++ Compiler.

Walker Molecular Dynamics Laboratory Optimizes for Advanced HPC Computer Architectures:

Intel® Software Development tools increase application performance and productivity for a San Diego-based supercomputer center.

CADEX Resolves the Challenges of CAD Format Conversion:

Parallelism Brings CAD Exchanger* software dramatic gains in performance and user satisfaction, plus a competitive advantage.

Johns Hopkins University Prepares for a Many-Core Future:

Johns Hopkins University increases the performance of its open-source Bowtie 2* application by adding multi-core parallelism.

Mentor Graphics Speeds Design Cycles:

Thermal simulations with Intel® Software Development Tools deliver a performance boost for faster time to market.

CADEX Resolves the Challenges of CAD Format Conversion:

Parallelism Brings CAD Exchanger* software dramatic gains in performance and user satisfaction, plus a competitive advantage.

F5 Networks Profiles for Success:

F5 Networks amps up its BIG-IP DNS* solution for developers with help from
Intel® Parallel Studio and Intel® VTune™ Amplifer.

GeoVision Gets a 24x Deep Learning Algorithm Performance Boost:

GeoVision turbo-charges its deep learning facial recognition solution using Intel® System Studio and the OpenVINO™ toolkit.