Arm Helium Technology M-Profile Vector Extension (MVE) for Arm Cortex-M Processors Reference Book

Arm Helium Technology M-Profile Vector Extension (MVE) for Arm Cortex-M Processors Reference Book
By: Jon Marsh
ISBN: 978-1-911531-23-4

This new book is the ideal gateway into Arm’s Helium technology, the M-Profile Vector Extension for the Arm Cortex-M processor series.

Helium brings exciting new capabilities to microcontrollers, allowing sophisticated digital signal processing or machine learning applications to be run on inexpensive, low-power devices.

In the early chapters, the book introduces fundamental concepts at a very basic and accessible level, including Single Instruction Multiple Data (SIMD), vector processing, floating and fixed-point data representations, and saturation.

After an overview of the MVE architecture, the instruction set is broken down into clear groups for discussion, covering subjects like pipeline structure, predication and branch handling, data processing and memory access.

The most practical sections of the book deal with the mechanics of coding for a Helium-capable core such as the Cortex-M55, including compilation, debug and optimization.

Finally, the book concludes with perhaps the most important chapters on how to implement DSP and ML workloads.

The book is intended to be useful to engineers and students who want to learn more about these new features.  Knowledge of Cortex-M processors and basic DSP theory is assumed, and some prior knowledge of C and Arm assembly language is a prerequisite.

Table of Contents

1 Introduction
2 SIMD/Vector Processor Overview
3 Helium Architecture
4 Data Processing Instructions
5 Memory Access Instructions
6 Helium Branch, Scalar and Other Instructions
7 Helium Programming
8 Performance and Optimization
9 DSP Fundamentals
10 DSP Filtering
11 Application Examples
12 Neural Networks and Machine Learning
About the Author
Jon Marsh
Jon Marsh

Jon Marsh has more than 25 years’ industry experience, working both for Arm and its semiconductor partners.

He has worked on Arm CPUs from the ARM2 through to today’s high-end 64-bit processors.

Jon has undertaken consulting work and given training courses on Arm processors at most of the world’s top semiconductor and consumer companies and spoken at conferences and universities in Asia, Europe and North America.

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