With the development of localization technologies, researchers solve the indoor localization
problems using diverse methods and equipment. Most localization techniques require either …

Multi-Gbps 60 GHz millimeter wave (mmWave) networks, are considered as the enabling
technology for emerging applications such as untethered VR and 4K/8K Miracast. However …

Leveraging the redundancy and parallelism from multiple RF chains, MIMO technology can
easily scale wireless link capacity. However, the high power consumption and circuit-area …

This paper addresses the problem of anti-eavesdropping in wireless network physical layer.
The main contribution of this paper is twofold. First, we propose a novel concept of artificial …

Opportunistic networks are formed by people carrying mobile devices with wireless
capabilities. When in mutual transmission range (or contact), nodes of such networks use …

Beam-steering techniques using directional antennas are expected to play an important role
in wireless network capacity expansion through ubiquitous small-cell deployment. However …

The increasing demands for high-data rate traffic stimulated the development of the fifth-
generation (5G) mobile networks. The envisioned 5G networks is expected to meet its …

The proliferation of pictures and videos in the Internet is imposing heavy demands on mobile
data networks. This demand is expected to grow rapidly and a one-fit-all solution is …

It is typically assumed that safety communication will use omnidirectional broadcast in
vehicle-to-vehicle environments. However, in the IEEE Wireless Access in Vehicular …

Since a transmitter can only be at one location at a time, a jammer must jam in a narrowband
fashion in the spatial domain. We propose JIM-Beam, a narrowband jamming-resilient …