Suitable for even non-specialists, Signal Integrity - Simplified offers a comprehensive, easy-to-follow look at how physical interconnects affect electrical performance. World-class engineer Eric Bogatin expertly reviews the root causes of the four families of signal integrity problems and offers solutions to design them out early in the design cycle.

In this book, renowned engineer, author and seminar leader Douglas Brooks teaches PCB designers how to successfully design boards for any high speed application. Brooks begins withan easy to understand electronics primer for every PCB designer, then offers practical, real world solutions for every important signal integrity problem. Based on his legendary seminars, this book offers even more design rules, specific recommendations, examples, illustrations and diagrams.

This supplement to any standard DSP text is one of the first books to successfully integrate the use of MATLAB® in the study of DSP concepts. In this book, MATLAB® is used as a computing tool to explore traditional DSP topics, and solve problems to gain insight. This greatly expands the range and complexity of problems that students can effectively study in the course. Since DSP applications are primarily algorithms implemented on a DSP processor or software, a fair amount of programming is required. Using interactive software such as MATLAB® makes it possible to place more emphasis on learning new and difficult concepts than on programming algorithms. Interesting practical examples are discussed and useful problems are explored. This updated printing revises the scripts in the book, available functions, and m-files (available for downloading from the Brooks/Cole Bookware Companion Resource Series? Center Web site) to MATLAB® V5 (created with 5.3).

In High-Speed Signal Propagation, Howard Johnson and Martin Graham bring together state-of-the-art techniques for building digital interconnections that can transmit faster, farther, and more efficiently than ever before. Packed with new examples and never-before-published high-speed design guidance, this book offers a complete and unified theory of signal propagation for all metallic media, from cables to pcb traces to chips.

The purpose of this book is to provide a theory of Digital Power Electronics and its applications. It is well organized in 400 pages and over 300 diagrams. Traditionally, Power Electronics is analyzed by the analog control theory. For over a century, people have enjoyed analog control in Power Electronics, and good results in the analog control and its applications in Power Electronics mislead people into an incorrect conclusion that Power Electronics must be in analog control scheme. The mature control results allowed people to think that Power Electronics is a sunset knowledge.We would like to change these incorrect conclusions, and confer new life onto the traditional Power Electronics. In this book the authors initially introduce the digital control theory applied to Power Electronics, which is completely different from the traditional control scheme.

Signal Analysis explores methods that offer an insight into the properties of signals and stochastic processes. This comprehensive and authoritative book provides an introduction to the fundamental theory of signal analysis. It bridges the gap between the basic knowledge in system theory and the specialist knowledge in various fields of signal processing and provides a complete overview of current applications. Features include: Focus on both classical and modern approaches to transforms, such as the Karhunen - Lohve transform and the discrete Fourier transform Enhancement of the understanding and relation of transform theory Discussion of recent and emerging topics, including filter banks with perfect reconstruction time-frequency and wavelets. With its great accuracy and technical merit, Signal Analysis is essential reading for signal processing engineers, researchers, undergraduates, postgraduates and lecturers of electrical and computer engineering.

Область ЦОС развивается очень быстро, поэтому большинство книг по этому предмету не отражают реальной действительности разработки алгоритмов, кодирование для приложений и разработки ПО. Эта книга позволит получить необходимые знания в области ЦОС специалистам, которые уже работают с компьютерными системами. Таким образом они получат те знания, которые необходимы чтобы начать работу с реальными проблемами сегодняшнего дня такими как кодирование речи, распознование образом, проектирование модемов и т.д. Автор проводит читателя через многие сложные темы, наглядно демонтсрируя как каждая из них устроена внутри и где те или иные знания можно применить.

This innovative and in-depth book integrates the well-developed theory and practical applications of one dimensional and multidimensional multirate signal processing. Using a rigorous mathematical framework, it carefully examines the fundamentals of this rapidly growing field. Areas covered include: basic building blocks of multirate signal processing; fundamentals of multidimensional multirate signal processing; multirate filter banks; lossless lattice structures; introduction to wavelet signal processing. Multirate and Wavelet Signal Processing forms the basis for a graduate course in multirate signal proc

Обработка изображений от радаров, в общем случае, состоит из трех больших разделов: Цифровая обработка сигналов (ЦОС), антены и радары, и алгоритмы используемые для обработки избражений от радаров. В книге представлены материалы сразу из этих разных областей, что позволяет читателю добиться понимания того как обрабатываются изображения от радаров. Книга разбита на три большите части: 1) принципы ЦОС, и особенности аналоговых и цифровых сигналов, улучшенные методы дискретизации, и способы интерполяции 2) Теория антен (уравнения Максвела), основы радаров, модуляции и др. 3) Свойства изображений от радаров, алгоритмы используемые для обработки этих изображений, результаты моделирования и др. Текст книги ярко иллюстрирован примерами.

Driven by the rapidly escalating capacity demands of emerging wireless systems, researchers have developed a wide array of novel signal processing techniques for use in such systems. Now, two leading researchers synthesize the field's vast new literature, giving working engineers practical guidance for designing advanced wireless receivers.

Digital signal processing (DSP) refers to anything that can be done to a signal using code on a computer or DSP chip. To reduce certain sinusoidal frequency components in a signal in amplitude, digital filtering is done. One may want to obtain the integral of a signal. If the signal comes from a tachometer, the integral gives the position. If the signal is noisy, then filtering the signal to reduce the amplitudes of the noise frequencies improves signal quality. For example, noise may occur from wind or rain at an outdoor music presentation. Filtering out sinusoidal components of the signal that occur at frequencies that cannot be produced by the music itself results in recording the music with little wind and rain noise. Sometimes the signal is corrupted not by noise, but by other signal frequencies that are of no present interest. If the signal is an electronic measurement of a brain wave obtained by using probes applied externally to the head, other electronic signals are picked up by the probes, but the physician may be interested only in signals occurring at a particular frequency. By using digital filtering, the signals of interest only can be presented to the physician.

  Текст у форматі PDF 38.52 Мб

В книге рассмотрены вопросы применения теории линейных систем и оптоэлектронной голографии, к решению задач о модах в оптических резонаторах и задач, связанных с фазовой проблемой. Изложены методы оптической когерентной обработки информации. Большое внимание уделено описанию существующих оптоэлектронных и оптических устройств для выделения сигналов на фоне шума, распознавания образов и реализации ряда интегральных преобразований. Книга рассчитана на инженерно-технических работников, занимающихся проектированием систем и приборов для оптической обработки информации.

В монографии впервые систематически изложены формулы Карлемана, позволяющие восстанавливать значения голоморфных в области функций по их значениям на части границы области. Рассмотрены различные обобщения этих формул. Отражены их первые приложения: «внутренние» (к задачам аналитического продолжения в теории функций) и «внешние» (к теоретической и математической физике, экстраполяции и интерполяции сигналов с финитным спектром Фурье). Книга предназначена для математиков и физиков-теоретиков, интересующихся комплексным анализом, а также для специалистов по обработке сигналов.

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Рассматриваются физические процессы в нелинейных и параметрических цепях, их общие особенности, основные математческие методы, применяемые при расчете таких цепей. Большое внимание уделено теории автогенераторов, машинным методам анализа нелинейных цепей, особенностям и характеристикам функциональных преобразователей сигналов (модуляторов, детекторов, умножителей частоты, усилителей, устройств синхронизации и ФАПЧ идр.