name: RIM
full_form: Ran Information Management
context: Denote the number of bits in the TFCI code word by NTFCI, and denote the TFCI code word bits by bk, where k = 0, â¦, NTFCI-1. When the number of bits in the TFCI code word is 12, 24, or 48, the mapping of the TFCI code word to the TFCI bit positions in a time slot shall be as follows. Figure 13: Mapping of TFCI code word bits to timeslot in 1.28 Mcps TDD option, where N = NTFCI. When the number of bits in the TFCI code word is 6, the TFCI code word is equally divided into two parts for the consequtive two sub-frames and mapped onto the first data field in each of the consecutive sub-frames. The mapping of the TFCI code word to the TFCI bit positions in a time slot shall be as shown in figure 14. Figure 14: Mapping of TFCI code word bits to timeslot in 1.28 Mcps TDD option when NTFCI = 6 The location of the 1st to 4th parts of TFCI in the timeslot is defined in [7]. [Explanation difference:] In high chip rate option, encoding of the TFCI bits depends on the number of them. 1-10 bits of
description: Ran Information Management (RIM) is a protocol used for managing information between different Radio Access Technologies (RATs). It enables the exchange of information between the Base Station Subsystem (BSS) and the Serving GPRS Support Node (SGSN) in a 3G network. RIM messages are used to convey information about the radio access network, such as configuration data, performance metrics, and fault reports.
explanation: The text explicitly states that RIM is a protocol used for managing information between RATs. It describes how RIM facilitates communication between BSS and SGSN in a 3G network, highlighting its role in inter-RAT signaling and information exchange.
section_title: 6.2.3.3.1	General
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