Information and electromagnetic warfare are an ever increasing part of modern military operations. Poisel, with a doctorate in electrical and computer engineering, offers a highly technical reference
In this guide meant to be a companion to the specification, Gupta, a design manager who works at a multinational technology company and has worked on Bluetooth and Bluetooth Low Energy, explains Bluet
Now in its third edition, Understanding Smart Sensors is the most complete, up-to-date, and authoritative summary of the latest applications and developments impacting smart sensors in a single volume
Driggers, Jonathan M. Nichols (both optical sciences, US Naval Research Laboratory), and Melvin H. Friedman (night vision and electronic sensors, US Army) introduce infrared and electro-optical imagin
Nanzer (applied physics, Johns Hopkins U.) presents fundamental principles and advanced techniques used in remote security sensing using electromagnetic waves at microwave and millimeter wave lengths.
Long veterans of radar technology for US military suppliers, Sherman and Barton update Sherman's 1984 first edition of an introduction to monopulse, also known as simultaneous lobe comparison, a metho
An electronics engineer with the US Navy, Saakian introduces graduate and senior undergraduate students of electrical engineering to the basic principles of electromagnetic waves propagation at radio
Having served in the radar division of the US Naval Laboratory for nearly 20 years, Chen introduces students and engineers to the principles and theories of the micro-Doppler effect in radar, which ca
Based on the author's career in developing radar systems with the Air Force Research Laboratory (AFRL) and the Defense Advanced Research Projects (DARPA), this volume offers specialists the first in-d
This introduction to direction-of-arrival (DOA) estimation provides an overview and performance analysis of basic DOA algorithms and comparisons among themselves. It is intended for readers new to the
This newly revised and updated edition of the classic Artech House book, MTI and Pulsed Doppler Radar, offers a complete and current presentation of the subject. Engineers find expert radar design and
Blackwell (senior technical staff at the Massachusetts Institute of Technology's Lincoln Laboratory) and Chen (senior engineer at Signal Systems Corporation) present an applications-oriented treatment
Carcelle (senior telecommunications expert, Electricite de France) provides a definitive resource for professionals on power line communications (PLX) technology, theory, installations, and applicatio
Xiong (Cleveland State University) explains the full range of digital modulation techniques and their practical application to conventional, fixed microwave terrestrial communications, satellite commu
In this comprehensive reference, Taflove (Northwestern U.), Hagness (U. of Wisconsin-Madison) and contributors explain this critical method for solving Maxwell equations, including the one-dimensional
In this book/CD-ROM toolkit, De Freitas, a scientist in the private sector, shows engineers how to control their projects using the 260 digital filter coefficients included on the CD-ROM. The filters
Mailloux (University of Massachusetts) collects design data for radar and communication system designers and array designers without diving into the details of derivation. He covers pattern synthesis
Adamy, author of the Journal of Electronic Defense's popular "EW 101" column, gives engineers, defense contractors, managers, and government procurers a basic knowledge of the technologies and techniq
The fundamental building block of a target tracking radar system is the filter for recursive target state estimation, with the Kalman filter being the best-known example. The authors of this work (all
Eskelinen (head, Institute of Digital Communications, Helsinki University of Technology, Finland) overviews the most important aspects of components of radio frequency (RF) equipment and systems, appl
Users of non-public mobile radio have only recently begun to switch to digital professional mobile radio (DPMR the "P" is sometimes used to mean "private" rather than "professional"), even though it h
Engineering consultant Hecht provides an introduction to the techniques and practice of reliable systems engineering. He looks at analysis tools, particularly failure modes and effects analysis, fault
Taking a proactive approach to disaster recovery, this book reveals techniques for keeping enterprise data and voice networks in service under critical circumstances, showing how to minimize single po
This two-volume set for a two-semester course in applied RF engineering explains how to build high-speed blocks for gain, loss, frequency conversion, and oscillation. Volume one covers receiver chara
Komorov and Smolskiy (both affiliated with the Moscow Power Engineering Institute, Russia) summarize the fundamental theory of frequency- modulated continuous wave (FMCW) radar and radiating autodynes
Written for engineers familiar with radar, electromagnetics and signal processing, this book establishes basic first order space-time models for clutter and jamming, details important second order and
This manual for students and engineers shows how to set up a telecommunications network, test its performance, and troubleshoot glitches. Early chapters describe PDH, SDH/SONET, ATM, ADSL, and synchro
This textbook for a senior electrical engineering course introduces a two-port S-parameter approach to amplifier design; describes several nonlinear circuit simulators; and explains the principles of
A electrical engineer long associated with the Indian Institute of Technology, Bahl examines radio-frequency and microwave circuit elements among them inductors, capacitors, resistors, and transformer
Explores several approaches to annotating and transcoding digital media, and proposes a system that integrates the two processes. Nagao (Nagoya University) overviews the features of HTML, XHTML, WML,
Drawing on some 40 years of experience in the field, Horch identifies the ten basic elements of a software quality system in line with ISO 9001 quality management precepts, and demonstrates how each f
Reviews the most common linearization techniques and the different types of memory effects they cause in RF power amplifiers, then presents three techniques for canceling those memory effects: envelop
Introduces readers with a basic technical and algebra background to the game of viewing recreated threats, covering such topics as math, radio propagation, EW equipment, threat modeling, engagement mo
This guide to improving RF measurements in a lab setting covers calibration, coplanar probes, high-volume probing, test fixtures, on-water characterization, RF test systems, and package characterizati
An in-depth understanding of the theory of RF power amplifiers is offered in this reference for RF, digital, and system level designers. The book treats a range of power amplifier topics using readabl
Ryan and Frater (both electrical engineering, U. of New South Wales-Australian Defence Force Academy) develop an architecture for modern land commanders that establishes a flexible environment to supp
Using a technology-functionality matrix approach, this text covers the four main technologies used in broadband networks. The authors examine the relative strengths, weaknesses, and fields of use of T
Miao, a specialist in digital signal processing with applications in multimedia, wireless, and wireline communications, and Clements (electrical and computer engineering, Georgia Institute of Technolo
Intended for students in specialist courses, this book focuses on theoretical and operating principles. It covers the processing of white noise, reception in colored noise, the physical characteristi
