name: SINR
full_form: Signal to Interference and Noise Ratio
context: We consider the following cases: - Figure B.5.6.1-1 shows UE-based DL-only positioning for low SINR assumption, - Figure B.5.6.1-2 shows UE-based DL-only positioning for high SINR assumption - Figure B.5.6.1-3 shows UE-assisted DL-only positioning for low SINR assumption - Figure B.5.6.1-4 shows UE-assisted DL-only positioning for high SINR assumption - Figure B.5.6.1-5 shows UL-only positioning for low SINR assumption - Figure B.5.6.1-6 shows UL-only positioning for high SINR assumption Figure B.5.6.1-1. UE-based DL-only positioning for low SINR assumption Figure B.5.6.1-2. UE-based DL-only positioning for high SINR assumption Figure B.5.6.1-3. UE-assisted DL-only positioning for low SINR assumption Figure B.5.6.1-4. UE-assisted DL-only positioning for high SINR assumption Figure B.5.6.1-5. UL-only positioning for low SINR assumption Figure B.5.6.1-6. UL-only positioning for high SINR assumption Table B.5.6.1-1: Evaluation cases and assumption for the UE-based DL positioning (Low/
description: SINR, or Signal to Interference and Noise Ratio, is a metric used in telecommunications to evaluate the quality of signal reception in wireless communication systems. It measures the ratio of the desired signal power to the sum of interference and noise powers at the receiver end.
explanation: The context provided from 3GPP TS 38.859 highlights SINR as a key parameter for evaluating different positioning scenarios, comparing low and high SINR assumptions across various figures and tables. This usage indicates that SINR is being treated as a measurement of signal quality, thus classifying it under the Measurement category.
section_title: B.5.6.1Description of evaluation scenarios
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