Abstract:
This standard defines the air interface for radiating transceiver radio tags using long wavelength signals (kilometric and hectometric frequencies, <450 kHz). Conforming ...Show MoreScope:This standard defines the air interface for radiating transceiver radio tags using long wavelength signals(kilometric and hectometric frequencies, <450 kHz). Conforming d...Show More
Purpose:The purpose of this standard is to define the air interface for radio tags optimized for use in visibility networks, where presence, identity and associated data can be d...Show More
Metadata
Abstract:
This standard defines the air interface for radiating transceiver radio tags using long wavelength signals (kilometric and hectometric frequencies, <450 kHz). Conforming devices can have very low power consumption (a few microwatts on average), while operating over medium ranges (0.5 to 30 meters) and at low data transfer speeds (300-9600 bps). They are well suited for visibility networks, sensors, effectors and battery operated displays. This standard fills a gap between non-network-based RFID standards (e.g., ISO/IEC CD 15961-3, ISO 18000-6C or ISO 18000-7) and existing high bandwidth network standards such as IEEE Std 802.11trade and IEEE 802.15.4trade.
Scope:
This standard defines the air interface for radiating transceiver radio tags using long wavelength signals(kilometric and hectometric frequencies, <450 kHz). Conforming devices can have very low power consumption (a few microwatts on average), while operating over medium ranges (0.5 to 30 meters) and at low data transfer speeds (300–9600 bps). They are well suited for visibility networks, sensors, effectors and battery operated displays. This standard fills a gap between non-network-based RFID standards (e.g., ISO/IEC CD 15961-3, ISO 18000-6C or ISO 18000-7) and existing high bandwidth network standards such as IEEE 802.11™ and IEEE 802.15.4™.
Purpose:
The purpose of this standard is to define the air interface for radio tags optimized for use in visibility networks, where presence, identity and associated data can be determined from stationary or moving tagged items, in situ, within relatively arbitrary storage areas. ‘In situ’ in this context means that it is not necessary to either move the tagged items into closer proximity of a reader nor to move a reader into closer proximity of tagged items in order to identify the presence of a tag or to read or modify tag information. In addition to visibility networks, applications for the radio tags described in this document include sensors, effectors, battery ...
Date of Publication: 31 March 2009
Electronic ISBN:978-0-7381-5897-6
ICS Code: 35.110 - Networking
Persistent Link: https://ieeexplore.ieee.org/servlet/opac?punumber=4810100
