UE Accessibility Verification
If the best cell on the LTE frequency have banned or are protected, up to exclude This cell from cell selection list. In that case may consider UE the cell on the same frequency, if banned cell indicates (by using fields ‘ intraFreqReselection ‘ in SIB1), intra-frequency selection is not allowed for the of a certain duration, unless barred cell is inaccessible closed Subscriber Group (CSG) the cell. If, however, the best unit is unsuitable for some other special reason (e.g. because it belongs to a prohibited zone or other tracking-equivalent), the UE not PLMN is authorized to handle any cell on the relevant frequencies as candidate cells maximum of 300 s.
UE Scaling dependant to Speed
UE options scales the selection of a cell depending on its speed. This applies both to the standby mode (Treselection and Qhyst) and online (timeToTrigger). UE Speed the State of mobility category (high, normal, or low), which defines the UE based on the the number of cells/reselections transmission that occur over a given period, excluding the contract/transfer between reselections same two cells. The condition is defined by Comparing graph with thresholds for medium and high States in the application of certain hysteresis. For idle and connected modes use separate sets of control parameters, on SIB3 and in the configuration of measurement respectively.
LTE UE Accessibility Verification and Speed Scaling
LTE UE accessibility verification ensures that the user equipment (UE) can successfully access the network. The UE continuously monitors the network’s signal strength and quality, evaluating whether it can connect to a cell with sufficient coverage. This process involves checking parameters like RSRP (Reference Signal Received Power) and RSRQ (Reference Signal Received Quality) to verify if the cell is accessible. If the signal is weak, the UE may attempt to connect to another nearby cell or RAT.
Speed scaling in LTE refers to the ability of the network to adjust the data transfer rate based on the UE’s current signal conditions and network congestion. When the UE has strong connectivity and minimal interference, higher data rates are supported. Conversely, when the signal weakens or network congestion increases, the speed may be reduced to ensure stable communication.