High-performance Computing in C++

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High-performance Computing in C++

A course on topics related to high-performance computation. Covers SIMD, OpenMP, C++ AMP, and MPI.

Dmitri Nesteruk

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What you'll learn

Do you want to get the absolute most performance out of your hardware? Want to write code that scales across CPU registers, multi-core, and machine clusters? Then this is the course for you!

Course Introduction | 5m 7s
Introduction to SIMD | 59s
Motivation | 2m 30s
Registers and Instructions | 5m 4s
Inline Assembly | 13m 45s
Intrinsics | 9m 53s
Compiler Vectorization and Libraries | 14m 27s
Summary | 41s

Overview | 39s
Imperative and Declarative Parallelism | 2m 6s
Introducing OpenMP | 2m 50s
Hello, OpenMP! | 4m 29s
Work Sharing | 9m 21s
Synchronization | 9m 30s
Data Sharing | 7m 41s
Summary | 35s

About the author

Dmitri Nesteruk

Dmitri is a developer, speaker, podcaster, technical evangelist and wannabe quant.

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High-performance Computing in C++

What you'll learn

Table of contents

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High-performance Computing in C++

What you'll learn

Table of contents

Single Instruction Multiple Data (SIMD) 52m

Open Multi-Processing (OpenMP) 37m

Message Passing Interface (MPI) 56m

C++ Accelerated Massive Parallelism (C++ AMP) 1h

Generative Art Demo 36m

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