The spatial features of emitted wireless signals are the basis of location distinction and
determination for wireless indoor localization. Available in mainstream wireless signal …

In the age of automation the ability to navigate persons and devices in indoor environments
has become increasingly important for a rising number of applications. With the emergence …

With myriad augmented reality, social networking, and retail shopping applications all on the
horizon for the mobile handheld, a fast and accurate location technology will become key to …

This paper provides a review of antennas applied for indoor positioning or localization
systems. The desired requirements of those antennas when integrated in anchor nodes …

Millimeter-wave communication achieves multi-Gbps data rates via highly directional
beamforming to overcome pathloss and provide the desired SNR. Unfortunately …

Libraries, manufacturing lines, and offices of the future all stand to benefit from knowing the
exact spatial order of RFID-tagged books, components, and folders, respectively. To this …

Intelligent unmanned systems have important applications, such as pesticide-spraying in
agriculture, robot-based warehouse management systems, and missile-firing drones. The …

Multi-stream 60 GHz communication has the potential to achieve data rates up to 100 Gbps
via multiplexing multiple data streams. Unfortunately, establishing multi-stream directional …

Many existing approaches for WIFI-based indoor positioning systems use the received
signal strength indicator (RSSI) of all the access points in reach to estimate the current …

THz communication has the potential to realize an order of magnitude increase in data rates
due to the availability of wide THz-scale spectral bands. Unfortunately, establishing and …