name: UER
full_form: User Equipment with ODMA relay operation enabled
context: This simulation is run at 5X5 apartment. Home NodeB randomly distributed in one Macro cell: 10 building are uniformly distributed in Sector 1. Only intra HNB interference is simulated. HNB UL throughput of ISCP control+ Closed Loop PC and Closed Loop PC are given in this section. When the active HNB number in each building is 5, 10, 20, and 30, the throughput of ISCP control+ Closed Loop PC and Closed Loop PC are almost the same. Frequency reuse 3 can increase the HNB UL throughput. The ISCP can be controlled in ISCP control + Closed Loop PC case, while the ISCP in Closed Loop Power control case is not under control. For the simulation case of frequency reuse number is 1, when the active HNB number in each building is 5, 10, 20 and 30, the ISCP of ISCP control + Closed Loop PC are -102.8dBm, -100.0 dBm, -98.1 dBm, and -97.3 dBm, respectively. The ISCP of Closed Loop Power control is not under control, the ISCP are -58.6dBm, -52.9 dBm,-47.7 dBm, -45.2 dBm, respectively. Figure
description: The User Equipment with ODMA relay operation enabled (UER) refers to a device that supports ODMA (Opportunistic Decentralized Multi-hop relaying for Ambient networks in 3GPP systems) relay operations. This type of UE is capable of performing probing activities on the ORACH (ODMA Relay Access Channel) at specified rates, which can be adjusted based on parameters such as K. The UER's behavior can vary depending on its mode, including full probing, duty-maintained probing, and relay prohibited modes.
explanation: The context describes a specific type of User Equipment (UE) that is designed to participate in ODMA relay operations within a telecommunications network.  Its functionalities, such as probing activities on the ORACH and different operational modes, are characteristic of UE behavior in modern communication systems.
section_title: 4.9.3	ODMA Relay Probing
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