name: MT
full_form: Mobile Terminated
context: In tables 8.11 to 8.14 a comparison between our simulation results and those previously presented [27] for FDD mode has been made. Analysis of UL performances shows a different behavior of the TDD system when ACIR is equal to 25 dB to 30 dB in UL, both in the intermediate and in the worst case. On the contrary in DL system performances are similar and we can conclude that in this case an ACIR value close to 30 dB could be a good arrangement between system capacity and equipment realization. Differences in UL performances are due to the noise rise criterion that we think inadequate for systems that use JD technique. In fact in FDD systems the high number of users and the absence of JD imply that the total received power is almost equal to the overall disturbance. On the contrary, in TDD systems the total received power is mainly composed by intracell interference that can be eliminated by JD. Thus an high average noise rise does not imply a high outage probability in the network. An
description: The Mobile Terminated (MT) burst is a type of burst used in dedicated carrier MBSFN, characterized by its specific structure and parameters such as preamble length, data symbol field length, and the number of symbols per data field. It is suited for regular timeslots with a duration of 0.675ms and has a fixed preamble length of 96 chips.
explanation: MT is classified as a Channel based on its description within the context of dedicated carrier MBSFN bursts. The provided paragraph highlights specific details about the MT burst's structure, usage, and parameters, indicating it refers to a particular path or format for data transmission.
section_title: 5A.2.2a	Dedicated carrier MBSFN Burst Format
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