 |
|
 |
|
A Guide to Architecture Migration
By Lori Matassa and Max Domeika |
|
|
|
 |
|
Break Away with Intel® Atom™ Processors—Available Now
Break Away with Intel® Atom™ Processors: A Guide to Architecture Migration provides insight into architecture migration discussing real world software migration issues and highlighting them with case studies. The book covers pertinent topics that are at the heart of the software migration, such as techniques to port code originally written for other processor architectures, as well as capturing the benefits of Intel® Atom™ platform technologies. The reality is that architecture migration is not a one-size-fits-all activity and developers must understand all of the decisions that comprise a successful migration. The authors deliver this information as a handbook to your software migration plan and project activities.
|
"This is an essential guide to working with the Intel® Atom™ processors that should be read by anyone who wants to understand how to use the platform effectively. The book covers key concepts including power management, parallel applications, and machine virtualization, while providing a clear explanation of the system architecture and how to use it to its fullest advantage."
- Paul Krzyzanowski, CTO, OpenPeak Inc.
"This isn't just a book about Intel extending its reach into the embedded market. In a way that is fresh and exciting, the authors have really understood that it is a powerful software methodology and tools eco-system that is needed for developers to make best use of the multicore and multithreaded world we now live in. The style of this Atom book will be the standard against which all processor architecture books are measured from now on."
- David Stewart, CEO, CriticalBlue
"This book is an excellent resource for someone trying to quickly come up to speed on the benefits, features, and differences of the Intel® Atom™ processors. As an added benefit, many of the concepts discussed throughout this book will provide the reader with generic implementation details, thereby serving as a good read for anyone new to the practical aspects of processor programming. The author's elaborate discussion on multicore programming techniques and tools is especially valuable, providing accurate details that are difficult to come by."
- Markus Levy, President, The Multicore Association
|
|
|
|
|
Lori Matassa is a Sr. Staff Platform Software Architect in Intel's Embedded and Communications Division and holds a BS in Information Technology. She has over 25 years experience as an embedded software engineer developing software for platforms including mainframe and midrange computer system peripherals, as well as security, storage, and embedded communication devices. In recent years at Intel she has contributed to driver hardening standards for Carrier Grade Linux*, and has led the software enablement of multi-core adoption and architecture migration for embedded and communication applications. Lori is a key contributor to Intel's Embedded Design Center, with numerous whitepapers, blogs, and industry contributions on a variety of topics critical to embedded migration.
Max Domeika is an embedded software technologist in the Developer Products Division at Intel, creating tools targeting the Intel architecture market. Over the past 14 years, Max has held several positions at Intel in compiler development, which include project lead for the C++ front end and developer on the optimizer and IA-32 code generator. Max currently provides embedded tools consulting for customers migrating to Intel architecture. In addition, he sets strategy and product plans for future embedded tools. Max earned a BS in Computer Science from the University of Puget Sound, an MS in Computer Science from Clemson University, and a MS in Management in Science & Technology from Oregon Graduate Institute. Max is the author of Software Development for Embedded Multi-core Systems from Elsevier. In 2008, Max was awarded an Intel Achievement Award for innovative compiler technology that aids in architecture migrations.
|
|
|
In Weaving High Performance Multiprocessor Fabric the authors have introduced the compelling mix of performance and features in the Intel® QuickPath Interconnect for hardware design, validation and BIOS engineers.
Read more…
In Dynamics of a Trusted Platform, the lead architect for Intel’s security initiative provides critical information you need to evaluate Trusted Computing for use on today’s PC systems and to prepare your designs to respond to threats.
Read more…
|
