name: AOD
full_form: Azimuth angle Of Departure
context: For the Indoor open office scenario, channel models and simulation assumptions, the following can be observed for horizontal accuracy as described in section 5 of the TR for regulatory and commercial requirements: - For scenario 1, the evaluations from 12 sources showed that DL-TDOA can meet the regulatory requirements. - For scenario 1, the evaluations from 12 sources showed that DL-TDOA can meet the commercial requirements, when no synchronization error is included in the evaluation. When synchronization error is modeled, the commercial requirements as described in section 5 of the TR are not met. - For scenario 1, 1 source evaluated DL AoD for FR2, and observed that it can meet the regulatory requirements. - For scenario 1, 1 source evaluated DL AoD for FR2, and observed that it can meet the commercial requirements. - For scenario 1, 1 source evaluated DL-TDOA+AoD for FR2, and observed that it can meet the regulatory requirements. - For scenario 1, 1 source evaluated DL-TDOA+AoD for
description: Azimuth angle Of Departure (AOD) is a parameter used in channel modeling and simulation assumptions for evaluating the performance of location services in indoor office scenarios. It refers to the angle at which a signal departs from the base station.
explanation: The text explicitly states that AOD is a parameter used for evaluation in channel modeling and location service performance, classifying it as a network attribute.
section_title: 8.5.1.1Summary for Scenario 1 â Indoor Office
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