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11/11/2020, 10:15
This session will offer insights into Intel® hardware platforms tailored to the needs of software developers, software architects and HPC experts. Learn how Intel® Software Development Tools will help you to achieve optimal performance via vectorization, memory access tuning, and threading.
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11/11/2020, 11:00
Modern workloads are incredibly diverse—and so are architectures. No single architecture is best for every workload. Maximizing performance takes a mix of scalar, vector, matrix, and spatial (SVMS) architectures deployed in CPU, GPU, FPGA, and other future accelerators. Intel® oneAPI products will deliver the tools you need to deploy your applications and solutions across SVMS architectures.
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11/11/2020, 13:00
C++ and Fortran compilers from Intel produce optimized code that takes advantage of the ever-increasing core count and vector register width in Intel® processors. You will learn most important compiler optimizations helping to boost the performance of your application. A short demo will complement the talk and show a possible speed-up you can gain by controlling compiler options only.
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11/11/2020, 14:30
Intel Math Kernel Library is a key element in many applications for scientific, engineering, and data applications and many others. The session will cover the newest features implemented into the latest version and some of the newest coming updates. We will also describe to you the most efficient ways how to use Intel MKL properly and how to get the best performance out of your MKL applications.
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11/11/2020, 15:30
During this session you can try the Intel tools yourself on your favorite cluster or workstation. The Intel trainers are online and will answer your questions.
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12/11/2020, 10:15
Get the best performance out of your MPI application by leveraging the Intel MPI library. Besides a general introduction on how to use Intel MPI properly, approaches for tuning the Intel MPI library will be shown.
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12/11/2020, 11:15
Intel Application Performance Snapshot (APS) is the first step in a systematic analysis using Intel tools. APS identifies the hotspots of an application and recommends the most appropriate Intel tool for detailed analysis. A small demo will explain the basic steps of APS usage and result interpretation
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12/11/2020, 13:00
SIMD (Single Instruction Multiple Data) instructions are crucial for optimal performance on modern Intel CPUs. On x86 architecture these extensions are known as SSE, AVX, AVX-2 and AVX-512. In general developers will rely on the compiler vectorization capabilities. But the automatic vectorization often needs support from the developer to deal with dependencies, alignment, data type conversions...
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12/11/2020, 14:00
Without the right data, you’re guessing about how to improve software performance and are unlikely to make the most effective improvements. The VTune Profiler collects key profiling data and presents it with a powerful interface that simplifies its analysis and interpretation. This talk will provide a general introduction to VTune while diving deeper using a memory bandwidth analysis example.
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12/11/2020, 15:00
Intel Trace Analyzer and Collector provides a detailed analysis and visualization of MPI usage in your application. The graphical display will help to understand bottlenecks of the application. It can also help to understand an unknown MPI algorithm. Another mode of ITAC is called Message-Checker (mc). Running your application with mc will produce error messages or warnings when MPI related...
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12/11/2020, 16:00
During this session you can try the Intel tools yourself on your favorite cluster or workstation. The Intel trainers are online and will answer your questions.
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