… technique for next generation RFID is the ultrawide bandwidth (… However, UWB RFID solutions
based on backscatter … be investigated as will be highlighted in the next sections [19]. This …

… cutting-edge technologies for next generation UWB-RFID as a key enabler for the IoT. … future
RFID systems are becoming more and more demanding. Specifically, next generation RFID …

… wireless technique for next generation RFID is the impulse-radio ultrawide bandwidth (UWB) …
, UWB emissions have a very large fractional bandwidth (greater than 0.2) or a bandwidth …

… Next, we discuss how RFind uses the large bandwidth in order to localize an RFID tag. In …
Ultrawide bandwidth rfid: The next generation? Proceedings of the IEEE, 98(9):1570–1582, …

… A promising wireless technique for next generation RFID is the ultrawide bandwidth (UWB)
technology characterized, in its impulse radio UWB (IR-UWB) implementation, by the …

… (UHF) RFID tag with an Impulse-Radio Ultra-Wide Band (IR-… paper proposes a UHF/UWB
RFID display tag for information … /UWB RFID communication with an improved throughput of …

… RFID technology standard is currently the most popular … new real-time locating systems
(RTLS) have emerged, providing high-accuracy localization by adopting ultra-wide bandwidth (…

… operating in the Ultra-Wide-Band (UWB) frequency range has been developed. Often SAW
tags and sensors operate in 2.44 GHz ISM band using relatively narrow bandwidth B= 82.5 …

… in future versions of UHF RFID systems [10, 11], a technology change is required to fully satisfy
new … A promising wireless technique for next generation RFID is the ultrawide bandwidth (…

… , which consists of a RFID reader, RFID tags, and data processing system [55,56]. The
RFID reader emits frequency pulses that are received by the RFID tags, and the data are …