Quick Boot - A Guide for Embedded Firmware Developers
| Verlag | De Gruyter |
| Auflage | 2018 |
| Seiten | 264 |
| Format | 17,0 x 1,3 x 24,4 cm |
| Großformatiges Paperback. Klappenbroschur | |
| Gewicht | 484 g |
| Artikeltyp | Englisches Buch |
| ISBN-10 | 1501515381 |
| EAN | 9781501515385 |
| Bestell-Nr | 50151538UA |
Quick Boot is designed to give developers a background in the basic architecture and details of a typical boot sequence. More specifically, this book describes the basic initialization sequence that allows developers the freedom to boot an OS without a fully featured system BIOS. Various specifications provide the basics of both the code bases and the standards. This book also provides insights into optimization techniques for more advanced developers. With proper background information, the required specifications on hand, and diligence, many developers can create quality boot solutions using this text.
Pete Dice is Engineering Director of Verifone, where he manages OS Engineering teams in Dublin, Ireland and Riga Latvia. Dice successfully launched Intel® Quark(TM), Intel's first generation SoC as well as invented the Intel® Galileo(TM) development board and developed a freemium SW strategy to scale Intel IoT gateway features across product lines. He is also credited with architecting the "Moon Island" software stack and business model.
Inhaltsverzeichnis:
Foreword Kelly Steele, BIOS Architect, Insyde Software, Inc., Beaverton, Oregon
Chapter 1 System Firmware's Missing Link
Chapter 2 Intel Architecture Basics
Chapter 3 System Firmware Terms and Concepts
Chapter 4 Silicon-Specific Initialization
Chapter 5 Industry Standard Initialization
Chapter 6 System Firmware Debug Techniques
Chapter 7 Shells and Native Applications
Chapter 8 Loading an Operating System
Chapter 9 The Intel® Architecture Boot Flow
Chapter 10 Bootstrapping Embedded
Chapter 11 Intel Fast Boot
Chapter 12 Collaborative Roles in Quick Boot
Chapter 13 Legal Decisions
Appendix A Generating Serial Presence Detection Data for
Down Memory Configurations
