Moving from the basics of radio engineering to the practical application of the science, this book provides a single-source systematic reference to the major mathematical models used in radio engineer
Covering fundamental concepts and recent standards, Jha and Hussan (both of the School of Computer Science and Engineering, U. of New South Wales, Australia) explain Internet QoS concepts, architectur
The engineering textbook introduces each phase of designing a controller for a plant, walking through the process of creating a simulation model, defining the performance requirements and operating di
Marshall (electrical engineering, USC) provides measurements and analysis techniques for determining the quantitative contribution of cognitive radio in analogous terms to current evaluations of conve
Warnick (electrical and computer engineering, Brigham Young U.) and Russer (high-frequency engineering, Technical U. Munich) present a collection of problems and solutions in electromagnetic field the
Even after completing PhD degrees in radio hardware, say Rogers (engineering), Plett (electronics), and Marsland (systems and computer engineering, all Carlon U., Ottawa, Canada) many students have li
Liu (electronics, communications, and information technology), O'Neill (information security, both Queen's U., Belfast), and Swartzlander (electrical and computer engineering, U. of Texas-Austin) intr
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
Sithamparanathan (electrical and computer engineering, RMIT U., Melbourne, Australia) and Giorgetti (electronics, computer sciences, and systems, U. of Bologna, Italy) explore some of the core functio
Gilmour (emeritus, electrical and computer engineering, State U. of New York-Buffalo) presents material he has assembled for courses, short courses, and seminars on microwave tubes that he has given t
Five computer scientists at the University of Alcala, Spain explain applications of asymptotic numerical techniques to analyzing real-world engineering problems. They draw on their own experience as u
Lab-on-a-chip, as Ghallab (PhD, electrical engineering, U. of Calgary, Canada) and Badawy (electrical and computer engineering, U. of Calgary, Canada) explain in their introduction, is a device that i
Rida, Manos Tenzeris, and Li Yang, (all electrical and computer engineering, Georgia Institute of Technology, Atlanta), describe the principles of radio frequency identification (RFID), but focus prim
Ghannouchi (electrical and computer engineering, U. of Calgary) and Mohammadi (electrical engineering, Amirkabir U. of Technology) describe an approach to analyzing the design of microwave and wireles
Rondeau (Institute for Defense Analyses' Center for Communications Research at Princeton) and Bostian (electrical and computer engineering, Virginia Polytechnic Institute and State U.) describe and ex
Warnick (electrical and computer engineering, Brigham Young U., Utah) discusses error analysis of the moment method, or boundary element method, for solving surface integral equations of electromagnet
Kinayman, an electrical engineer, and Aksun (electrical and electronics engineering, Koc University, Turkey) explain how microstrip circuits are built and provide an understanding of computer-aided si
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
Rogers and Plett (both electronics, Carleton U., Canada) and Dai (electrical and computer engineering, Auburn U.) present a guide to fully integrated synthesizer design using IC technology. They expla
