This chapter presents the practical application of low‐cost printed‐circuit frequency‐
scanning antennas for efficient wireless networks with smart functionalities. The design …

A novel and simple technique for Direction of Arrival (DoA) estimation in 802.11 Wi-Fi
networks is proposed. It is based on the use of a dual-port frequency-beam scanning …

This work proposes a novel system for location applications of RFID tags in UHF band. The
system is based on a frequency-scanning leaky-wave antenna (LWA), commodity hardware …

We investigate the use of a single leaky wave antenna (LWA) for amplitude-monopulse
direction finding when compared to the more conventional use of two tilted antennas …

The purpose of this work is to implement a novel active radar system for single access point
two-dimensional localization system based on 802.11 wireless local-area networks (WLAN) …

A novel 2-D indoor location system for Internet of Things devices employing a single Wi-Fi
access point (AP) is presented. The position is estimated with a combination of Direction-of …

We describe an educational laboratory to develop a Direction-of-Arrival (DoA) system to
locate RFID tags. Along the five proposed sessions, the students will develop the whole …

The synthesis of monopulse functions in the Fresnel region, using near-field focused leaky-
wave antennas (LWA), is presented in this work. The focusing technique, combined with the …

Two different leaky-wave antenna topologies are proposed for 2D Direction-of-Arrival (DoA)
estimation in the frame of Internet of Things (IoT). The theoretical and simulated results are …

This work studies a WiFi 2D Real Time Location System (RTLS) requiring only one Access
Point. The precise two-dimensional position is computed with a combination of the Direction …