T. Br?unl; S. Feyrer; W. Rapf; M. Reinhardt Parallel Image Processing 9783642086793

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Автор: T. Br?unl; S. Feyrer; W. Rapf; M. Reinhardt
Название: Parallel Image Processing
ISBN: 9783642086793
Издательство: Springer
Классификация:

Основы высшей математики и математический анализ

Инженерное дело: Общие вопросы

Графические и цифровые медиа-приложения

Языки программирования и описания сценариев: общие сведения

Архитектура и логическое построение вычислительных систем

ISBN-10: 3642086799
Обложка/Формат: Paperback
Страницы: 203
Вес: 0.31 кг.
Дата издания: 01.12.2010
Язык: English
Размер: 234 x 156 x 12
Основная тема: Computer Science
Ссылка на Издательство: Link
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Поставляется из: Германии
Описание: This book developed out of a series of publications in the area of image processing with massively parallel algorithms. The topic of image processing is a particularly promising area for the use of synchronous massively parallel or data-parallel compu- ter systems which work according to the SIMD principle (single instruction, multiple data). While the era of large SIMD super-computers has passed, SIMD systems have come back as dedicated vision subsystems and will soon be found even in embedded systems. In comparison to conventional sequential implementations of basic image opera- tions, this book illustrates the intrinsic parallelism which is almost always present in image processing. By utilising parallel algorithms it is even possible to illustrate oper- ations in a simpler and easier to understand way than for the sequential case. The presentation method chosen for this book assumes that short, terse excerpts of program code will significantly enhance the understanding of the material, e.g. of image operations, while longer listings are more likely to distract from the topic. For this reason, each chapter will not only define and explain the central image processing algorithms with the help of examples, but will also give an excerpt of a massively par- allel program. For image processing this means that at least virtually there should be one processor available for each pixel. The mapping onto a smaller number of exist- by compiler, and as of ing real processors is done transparently the such is not interest here.

Parallel Image Processing, T. Br?unl; S. Feyrer; W. Rapf; M. Reinhardt