name: RFID
full_form: Radio-frequency identification
context: of supporting batteryless devices with no energy storage capability or devices with energy storage that do not need to be replaced or recharged manually. An example type of application is asset identification, which presently has to resort mainly to barcodes and RFID in most industries. The main advantage of these two technologies is the ultra-low complexity and small form factor of the tags. However, the limited reading range of a few meters usually requires handheld scanning which leads to labor intensive and time-consuming operations, or RFID portals/gates which leads to costly deployments. Moreover, the lack of interference management scheme results in severe interference between RFID readers and capacity problems, especially in case of dense deployment. It is hard to support a large-scale network with seamless coverage for RFID. In contrast, this study investigates the feasibility of a new IoT technology to open new markets within 3GPP systems, whose number of connections and/or
description: RFID (Radio-frequency identification) is a technology used for asset identification and tracking. It utilizes radio waves to communicate between tags and readers, enabling the identification and management of objects.
explanation: The context describes RFID as a technology with specific functionalities like asset identification and tracking using radio waves. This points towards it being a distinct technological concept within the broader field.
section_title: Introduction3GPP TS 38.848
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