name: RCDE
full_form: Relative Code Domain Error
context: EIRP accuracy refers to the maximum deviation of the DUT (i.e. the AAS BS) to a declared performance requirement. The AAS base station EIRP accuracy requirement has been determined by taking into account the following factors: - non AAS base station EIRP accuracy; and - an estimate of the achievable accuracy by AAS BS. The estimated EIRP accuracy of a non-AAS BS is used as the baseline for the AAS BS, which is then adapted to derive the EIRP accuracy requirements for AAS BS. Preliminary investigations of the impact of EIRP accuracy on network performance indicate that a Wide Area AAS base station EIRP accuracy of around Â±2.25 dB enables throughput to be predicted to within 5 % variation. For an AAS BS, the EIRP accuracy is influenced by a number of factors that do not linearly combine. Nevertheless, as an approximation, from the AAS BS radio architecture, the EIRP accuracy of an AAS BS can be estimated by considering the steering error (translated from the phase error of the beam) and
description: The Relative Code Domain Error (RCDE) is a measurement calculated for a wanted code, representing the error in the code domain. It is computed by following specific steps, including calculating Absolute Code EVM and Absolute Code Domain Power, and then using these values to determine RCDE. The average RCDE across multiple codes is also defined as the mean of linear RCDE values, expressed in decibels (dB).
explanation: RCDE is classified as a Measurement because it involves calculating specific error values related to code domains within telecommunications signals. The context clearly outlines steps for computation and defines how average RCDE is determined, aligning with the characteristics of measurements in telecommunication specifications.
section_title: C.Relative Code Domain Error (RCDE)
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