Wireless sensor networks are emerging as an important area for communications. They
enable a wealth of new applications including surveillance, building control, factory …

The research topic of sensor networks has been around for some time. With improvements
in device size, power consumption, communications, and computing technology, sensor …

With the latest improvements in device size, power consumption, and communications,
sensor networks are becoming increasingly more popular. There has also been a great …

Over the past 20 years UWB has been used for radar, sensing, military communications and
niche applications. However, since the FCC ruling in 2002, which allowed the commercial …

Modern Ultra-Wide Band (UWB) regulations have recently been adopted worldwide
allowing for unlicensed operation within 3.1 and 10.6 GHz, using an appropriate wideband …

UWB systems based on impulse radio have the potential to provide very high data rates over
short distances. In this paper, a new pulse shape is presented that satisfies the FCC spectral …

Ultrawideband (UWB) is a promising radio technology for networks delivering extremely
high data rates at short ranges. In this paper, different approaches to the physical layer …

UWB (ultra wide band) signaling is the modern art of reusing previously allocated RF bands
by hiding signals under the noise floor. Government regulators are testing UWB emissions to …

Ultra Wideband (UWB) radio systems operate by trans mitting and receiving a sequence of
very short radio fre quency (RF) pulses, the duration of Which is typically less than a …

Modern low power UWB (ultra wide band) signaling is the art of reusing previously allocated
RF bands by hiding signals under the noise floor. Government regulators are testing UWB …