name: DTDD
full_form: Dynamic TDD
context: Adopt following simulation steps. 1. Aggressor and victim network are generated. - UEs are distributed randomly across the network. 2. UE associations: UEs are associated to base station based on coupling loss. - Associations are made assuming a single element at both UE and BS. 3. Once association is done, round robin scheduling is used. BF weights are adjusted to point to the LOS direction between BS-UE. This is done for both victim and aggressor networks. 4. (Optional) Throughput is computed in the victim systems without considering ACI as below: - , where is the inter-cell interference. 5. Throughput is computed considering ACI as below: - , where is the adjacent channel interference. NOTE: Simulation results should be in the form of the throughput with adjacent network with DTDD and without DTDD and the relative difference between the two can be compared at 50% and 5% points.
description: Dynamic TDD (Time Division Duplexing) is a technology used in wireless communication systems to dynamically adjust the duplexing mode based on traffic conditions, allowing for more efficient use of spectrum resources.
explanation: The context describes DTDD as a method for adjusting duplexing modes in wireless communication, implying it's a specific technique or standard within the field of telecommunications.
section_title: 5.2.3.8Simulation description
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