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Debugging for Success and Accelerated Platform Bring-Up

Debugging can prove a substantial challenge, even for experienced engineers. In this video, Soflen Shih, a technical consulting engineer at Intel, discusses the benefits of Intel System Studio and how its built-in functionality can make the debugging process much easier. “Intel System Studio contains libraries, performance analyzers, and compilers as well as profiling and debugging tools. The combination of these elements provides a complete developer solution to assist with platform bring-up, power optimization, thermal tuning, and system performance profiling.”

Video: How Governments Can Get Involved in Artificial Intelligence

In this episode of Ai News, David Shaw examines the question: is Ai tangible or realistic? “Naveen believes that we have to start at the beginning, in elementary schools, and try to model curriculum with AI in mind. Just as kids learn skills like typing in school, they might also gain some guided computational skills. When it comes to STEM, more schools can try to incentivize students to excel in these fields by providing more grants and scholarships.”

Expressing Parallelism in C++ with Threading Building Blocks

Parallelism helps applications make the best use of processors on single or multiple devices. However, parallelism implementation itself can prove a challenging task. In this video, Mike Voss, principal engineer with the Core and Visual Computing Group at Intel discusses the benefits of Intel® Threading Building Blocks (Intel® TBB), a C++ library, and how it can simplify the work of adding parallelism without the need to probe into threading details.

Architectural Considerations for AI Workloads in Technical Computing

New workloads in machine learning and analytics have placed significant burdens on traditional HPC systems. This guest post explores how HPE, Intel and WekaIO are working together to solve potential I/O bottlenecks in machine learning and AI workloads. 

Intel® Compilers Overview: Scalable Performance for Intel® Processors

Intel Compilers for C/C++ and Fortran empower developers to derive the greatest performance from applications and hardware. In this video, Igor Vorobtsov discusses nuances of Intel compiler features which enable high-level optimization, auto-parallelization, auto-vectorization, dynamic profile guided optimization, detailed optimization reports, inter-procedural optimization (IPO), and much more.

A Guide to High Performance Computing in the AWS Cloud

A new ebook from Intel and AWS explores how AWS cloud can mitigate some of today’s top HPC challenges and enable engineers and researchers to innovate without constraints. “Most HPC processing is still conducted using on-premises systems. But for those companies unwilling to invest in new hardware to handle peak demands, moving HPC workloads to the cloud may be the answer.”

Innovation on Demand

Get your results to market faster, simplify operations, and save money with flexible, configurable AWS HPC solutions that are proven to drive results for companies large and small in nearly every industry. Download the eBook to learn more.

HPC Cloud Drives Innovation & Accelerates Time to Results

HPC applications and workloads have been constrained by limited on-premises infrastructure capacity, high capital expenditures and the constant need for technology refreshes. But there may be an answer: running your HPC workloads in the cloud. “According to the report, hundreds of companies in life sciences, financial services, manufacturing, energy and geo sciences, media and entertainment are solving complex challenges and speeding up time to results using HPC on AWS.”

Innovation Without Limits — Your Guide to High Performance Computing in the Cloud

With flexible, unhindered access to Intel® Xeon®-powered compute instances and an array of Intel®-optimized software libraries available through the AWS Marketplace, your engineers and researchers can rapidly produce high-value answers to complex questions. Download the new eBook from Intel, and discover how enterprises and research institutions are maximizing productivity and saving on costs by moving their HPC workloads to AWS.

Five Reasons to Run Your HPC Applications in The Cloud

In this new infographic from Intel, you’ll see examples of successful, real-world HPC deployments on virtually unlimited, Intel® Xeon® technology-powered AWS compute instances that provide scalability and agility not attainable on-premises. Download the new report to discover how to innovate without limits, reduce costs, and get your results to market faster by moving your HPC workloads to AWS.