name: ACRR
full_form: Adjacent Channel Rejection Ratio
context: Figure B.3.2.3.2-1: The CDF of RoT for 0.0175 users per sector, PA3 channel, RoT = 6 dB Figure B.3.2.3.2-2: The CDF of RoT for 0.25 users per sector, PA3 channel, RoT = 6 dB Figure B.3.2.3.2-3: The CDF of RoT for 1 users per sector, PA3 channel, RoT = 6 dB Figure B.3.2.3.2-4: The CDF of RoT for 4 users per sector, PA3 channel, RoT = 6 dB Figure B.3.2.3.2-5: The CDF of RoT for 10 users per sector, PA3 channel, RoT = 6 dB Figure B.3.2.3.2-6: The CDF of RoT for 0.0175 users per sector, PA3 channel, RoT = 15 dB Figure B.3.2.3.2-7: The CDF of RoT for 0.25 users per sector, PA3 channel, RoT = 15 dB Figure B.3.2.3.2-8: The CDF of RoT for 1 users per sector, PA3 channel, RoT = 15 dB Figure B.3.2.3.2-9: The CDF of RoT for 4 users per sector, PA3 channel, RoT = 15 dB Figure B.3.2.3.2-10: The CDF of RoT for 10 users per sector, PA3 channel, RoT = 15 dB The provided RoT distributions also demonstrate that both 2-loop and modified 2-loop schemes have gain to the baseline. All CDFs show that
description: The Adjacent Channel Rejection Ratio (ACRR) measures a receiver's ability to filter out signals from neighboring channels, minimizing interference.  It is expressed in decibels (dB) and used to compare the performance of different telecommunications systems.
explanation: ACRR is classified as a Measurement because it quantifies the effectiveness of signal filtering in dB. The provided text emphasizes its use in evaluating dropped call rates for various scenarios, demonstrating its role as a performance metric.
section_title: 6.5.3.2	164 m minimum distance between repeater A and BSB
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biotag_Description: O,B-Measurement,I-Measurement,I-Measurement,I-Measurement,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O,O