… (RFID) tag using Impulse Radio Ultra Wideband (IR-UWB) is promising for ultra low power
… For many logistic applications, ultra low power tag with precision localization is often the …

… In ULoc, we design our UWB tag to be low-power and enable low-latency location updates.
… UWB based localization systems. Firstly, UWB transceivers consume 1.8× more power while …

… The heart of the tag is a low power MCU that manages the modes of operation of the entire
circuit. In particular, the MCU starts in a LISTENING mode, in which it is running with a very-…

… Impulse-Radio UltraWideband (IR-UWB) is a promising technology to fulfill the usage … An
ultra low-power precise UWB-RFID localization system is proposed in this paper. The RFID tag …

… tags, located on the objects to be identified. In passive UHF-RFID systems the tag draws
power … Contrariwise, in active or battery-assisted UHF-RFID systems, the tag has its own power …

… need for a novel ultra low power UWB tag design for enabling … are desired: Low cost: The
low cost of each tag, coupled with … Ultra-low power consumption: The tag’s ultra low energy …

… accurate and low latency asymmetric … low-power tags based on ARM Cortex-M4F
microcontrollers (MCUs). We implemented a complete tag platform, which hosts the MCU and the …

… Abstract - This paper presents the architecture of a low power, low complexity Ultra Wideband
(UWB) transceiver circuit. The circuit is designed for low data rate, low cost applications …

… We propose UWB-MAC, an innovative contention based multi-tag MAC protocol whereby
anchor nodes are only activated when mobile tags with range requests are present. …

… The above characteristic combined with low “frequency reference oscillator of 32 MRz
makes the low power implementation of UWB tag feasible. The low-complexity of UWB tag is …