name: CDF
full_form: Cumulative Distribution Function
context: Sec. 4.1, last par. of V2.1.1: [There are two types of dedicated transport channel, the Dedicated Channel (DCH) and the Fast Uplink Signalling Channel (FAUSCH).] Sec 4.1.2 of V2.1.1: 4.1.2 FAUSCH â Fast Uplink Signalling Channel <Note: WG1 concluded that FAUSCH will not be included in release 99.> The Fast Uplink Signalling Channel (FAUSCH) is an optional uplink transport channel that is used to carry control information from a UE. The FAUSCH is always received from the entire cell. Text proposal of Tdoc TSGR1#4(99)b34 for inclusion in V2.1.1: 5.2.2.3 Physical Fast Uplink Signalling Channel The Physical Fast Uplink Signalling Channel (PFAUSCH) is used to carry the FAUSCH. 5.2.2.3.1 FAUSCH transmission Figure 5: PFAUSCH access slots The PFAUSCH consists of 15 access slots, offset in time, by multiples of 5120 chips, from the boundary of every second frame of the received BCH of the current cell. Information on what access slots are available within the current cell is broadcast on the
description: The Cumulative Distribution Function (CDF) is a statistical concept used in the context of Radio Over The Top (RoT) distributions, specifically within the 3GPP TS 25.700 specification. It represents the probability that a random variable takes on a value less than or equal to a given value. In this context, CDFs are plotted for various scenarios with different numbers of users per sector and different RoT values, illustrating the distribution of RoT for different conditions.
explanation: CDF is classified as Miscellaneous because it does not fit into any other predefined category. The provided context highlights its use in a specific technical scenario within the 3GPP specification, but it is not directly related to telecommunications protocols, network functions, interfaces, services, technologies, identifiers, channels, procedures, messages, specifications, organizations, UE, timers, states, modes, or measurements.
section_title: B.3.2.3.2	CDFs of ROT
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