 |
|
 Time Domain Electromagnetics (Academic Press Series in Engineering)
In recent times, we have seen increased interest in the direct time domain methods to calculate
electromagnetic scattering/interaction phenomenon. This may be due to the surge in activities
in the areas of EMP, short-pulse radar, or other related applications. It may also be due to the
fact that the time domain methods have several... | | Microwave Circuit Design Using Linear and Nonlinear Techniques
Approximately 15 years have passed since the first edition of this book, which was
well received by both graduate schools and industry. While the basic principles of
physics and mathematics have not changed, today’s technology has provided us with
huge opportunities to improve the circuit design for linear and nonlinear... | | |
|
|
Wideband TDD: WCDMA for the Unpaired SpectrumThe 3rd generation mobile wireless technology standardized by 3GPP has two main components, namely FDD (Frequency Division Duplex) and TDD (Time Division Duplex). While both of these employ WCDMA, the former uses a pair of frequency bands and the latter uses a single unpaired frequency band. Within TDD, two versions have been standardized, namely... | | | | Ultra Wideband Systems: Technologies and Applications (Communications Engineering)Ultra wideband technology turns the radio spectrum available to wireless applications from a country road into a high-speed ten lane super freeway, and the destination is the future of wireless technology. UWB is a huge leap forward because it offers wide bandwidth with little interference, allowing multiple UWB signals to share a single channel.... |
|
Ultra Wideband Signals and Systems in Communication EngineeringIn this book we focus on the basic signal processing that underlies current and
future ultra wideband systems. By looking at signal processing in this way we
hope this text will be useful even as UWB applications mature and change or
regulations regarding ultra wideband systems are modified. The current UWB
field is extremely... | | Ultra-Wideband Wireless Communications and NetworksUltra-wideband (UWB) technology has great potential for applications in wireless communications, radar and location. It has many benefits due to its ultra-wideband nature, which include high data rate, less path loss and better immunity to multipath propagation, availability of low-cost transceivers, low transmit power and low interference. Despite... | | |
|
| Result Page: 5 4 3 2 1 |
