name: RPLMN
full_form: Registered PLMN
context: several distance values were represented by a single code, extra bits (as captured in the tables provided in clause 3.2.5 of [14]) are inserted to identify which value is actually intended. Finally, the Huffman tree is encoded as described in clause 3.2.7 of [14] to obtain an Encoded_Huffman_Tree. The final output consists of a concatenation of the Encoded_Huffman_Tree and the Intermediate_Bitstring_Representation. The uncompressed version of the input bytes is pushed into the memory in FIFO fashion. This is done so that the data from the latest packet that is processed, is captured in memory. Figure 5.2.3.1.3.2-1: IPDC Tx Entity compression operation. After compression, a copy of the input bytes is pushed into memory in FIFO fashion Example: Tx Entity Compression Operation Figure 5.2.3.1.3.2-3 shows the intermediate steps in the compression operation using input bytes set to '0102030A0B0C0D' in hex, and initial memory set to '0A0B0C0D' in hex. As shown in Figure 5.2.3.1.3.2-2, since
description: The Registered PLMN (RPLMN) refers to a specific Public Land Mobile Network (PLMN) that a User Equipment (UE) has registered with. In the context of logging measurements, the RPLMN plays a crucial role in determining whether the UE should perform measurement logging based on its current state and configuration. The RPLMN is considered valid if it matches the PLMN identity list received in the LOGGING MEASUREMENT CONFIGURATION message or if it remains the same as at the point of time when the configuration message was received.
explanation: The context highlights the importance of the Registered PLMN (RPLMN) in relation to measurement logging configurations and UE states. Given its role in determining the validity of measurement logging conditions, RPLMN is classified under NetworkFunction_Group as it pertains to a specific network entity that influences UE behavior.
section_title: 5.7	Logged Measurements
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