name: UEP
full_form: Unequal Error Protection
context: Figure 4.1 illustrates different RLC entities in the RLC model. An UM and a TM RLC entity can be configured to be a transmitting RLC entity or a receiving RLC entity. The transmitting RLC entity transmits RLC PDUs and the receiving RLC entity receives RLC PDUs. An AM RLC entity consists of a transmitting side, and a receiving side, where the transmitting side of the AM RLC entity transmits RLC PDUs and the receiving side of the AM RLC entity receives RLC PDUs. Elementary procedures (see clause 11) are defined between a "Sender" and a "Receiver". In UM and TM, the transmitting RLC entity acts as a Sender and the peer RLC entity acts as a Receiver. An AM RLC entity acts either as a Sender or as a Receiver depending on the elementary procedure. The Sender is the transmitter of AMD PDUs and the Receiver is the receiver of AMD PDUs. A Sender or a Receiver can reside at either the UE or the UTRAN. There is one transmitting and one receiving RLC entity for each transparent mode (TM) and
description: Unequal Error Protection (UEP) is a technique used in telecommunications to provide different levels of error protection for various types of data. It's mentioned in 3GPP TS 25.862 as potentially affecting network elements and architecture, especially Rate Control and Conversational services over IMS.
explanation: UEP is classified as a 'Technology' because it describes a specific method used in telecommunications for error protection. Its impact on network architecture and elements further supports its classification as a technology.
section_title: 4.4.5	Other Issues
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