A passive harmonic tag for buried assets localization is presented for utility localization. The tag design is based on a dual-polarized patch antenna at Ultra High Frequency (UHF) band. One of its feeders is connected to a frequency doubler based on a Schottky diode that generates the second harmonic, which is transmitted using a linear-polarized patch tuned at this frequency. The power received at the other feeder of the dual-polarized antenna is harvested by an RF to DC converter based on a five-stage voltage multiplier whose energy is used to bias a low-power quartz oscillator that modulates the output of the doubler. The different parts of the system are presented, and the theoretical read range is estimated as a function of the soil c...
This paper proposes an extensive study of multisine excitations to enable high-accuracy localization...
This paper proposes an extensive study of multisine excitations to enable high-accuracy localization...
This paper proposes an extensive study of multisine excitations to enable high-accuracy localization...
This paper describes a passive harmonic tag for radio frequency identification (RFID) and wireless s...
International audienceThis paper introduces a relevant concept of energy harvesting for passive UHF ...
International audienceThis paper introduces a localization protocol that fills a gap among already e...
International audienceThis paper introduces a localization protocol that fills a gap among already e...
International audienceThis paper introduces a localization protocol that fills a gap among already e...
©2008 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstract...
We investigate the detection and localization properties of harmonic tags working at microwave frequ...
We investigate the detection and localization properties of harmonic tags working at microwave frequ...
none1noNome progetto: Italian Minister of Research through the GRETA project (grant no. 2010WHY5PR)....
International audienceA new approach of integrating the passive UHF Radio Frequency Identification (...
This project focused on developing a harmonic Radio Frequency Identification (RFID) system utili...
In conventional passive RFID systems, the reader (interrogator) transmits signals to serve not only ...
This paper proposes an extensive study of multisine excitations to enable high-accuracy localization...
This paper proposes an extensive study of multisine excitations to enable high-accuracy localization...
This paper proposes an extensive study of multisine excitations to enable high-accuracy localization...
This paper describes a passive harmonic tag for radio frequency identification (RFID) and wireless s...
International audienceThis paper introduces a relevant concept of energy harvesting for passive UHF ...
International audienceThis paper introduces a localization protocol that fills a gap among already e...
International audienceThis paper introduces a localization protocol that fills a gap among already e...
International audienceThis paper introduces a localization protocol that fills a gap among already e...
©2008 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstract...
We investigate the detection and localization properties of harmonic tags working at microwave frequ...
We investigate the detection and localization properties of harmonic tags working at microwave frequ...
none1noNome progetto: Italian Minister of Research through the GRETA project (grant no. 2010WHY5PR)....
International audienceA new approach of integrating the passive UHF Radio Frequency Identification (...
This project focused on developing a harmonic Radio Frequency Identification (RFID) system utili...
In conventional passive RFID systems, the reader (interrogator) transmits signals to serve not only ...
This paper proposes an extensive study of multisine excitations to enable high-accuracy localization...
This paper proposes an extensive study of multisine excitations to enable high-accuracy localization...
This paper proposes an extensive study of multisine excitations to enable high-accuracy localization...