Channel bonding (CB) is a proven technique to increase bandwidth and reduce delays in
wireless networks. It has been applied in traditional wireless networks such as cellular …

In oceans, both the natural acoustic systems (such as marine mammals) and artificial
acoustic systems [like underwater acoustic networks (UANs) and sonar users] use acoustic …

Networking over UHF white spaces is fundamentally different from conventional Wi-Fi along
three axes: spatial variation, temporal variation, and fragmentation of the UHF spectrum …

Recent studies show that high-power cross-technology interference is becoming a major
problem in today's 802.11 networks. Devices like baby monitors and cordless phones can …

Modern communication technologies are steadily advancing the physical layer (PHY) data
rate in wireless LANs, from hundreds of Mbps in current 802.11 n to over Gbps in the near …

We present BigBand, a technology that can capture GHz of spectrum in realtime without
sampling the signal at GS/s-ie, without high speed ADCs. Further, it is simple and can be …

This paper presents the design, implementation and evaluation of Picasso, a novel radio
design that allows simultaneous transmission and reception on separate and arbitrary …

There has been burgeoning interest in wireless technologies that can use wider frequency
spectrum. Technology advances, such as 802.11 n and ultra-wideband (UWB), are pushing …

We are facing an increasingly difficult challenge in spectrum management: how to perform
real-time spectrum monitoring with strong coverage of deployed regions. Today's spectrum …

Motivated by the recent push to deploy LTE in unlicensed spectrum, this paper develops a
novel system to enable co-existence between LTE and WiFi. Our approach leverages LTE …