Abstract: Enhanced management of conflicting handovers of a device between cells can be performed. Conflicting handover (CH) detector can detect conflicting handovers of the device between first cell and second cell based on handover information relating to previous handovers of device between cells, first performance indicators (PIs) associated with device and first cell, second PIs associated with device and second cell, and/or third PIs associated with second devices associated with first or second cell, over defined time period. In response to conflicting handovers detection, CH identifier can predict, from a group of types of conflicting handovers of devices, a type of the conflicting handovers of the device between first and second cells based on handover information, first PIs, second PIs, and/or third PIs. CH mitigator can determine the better of first cell or second cell to which to connect device based on rules and first, second, and/or third PIs.

Abstract: Enhanced management of conflicting handovers of a device between cells can be performed. Conflicting handover (CH) detector can detect conflicting handovers of the device between first cell and second cell based on handover information relating to previous handovers of device between cells, first performance indicators (PIs) associated with device and first cell, second PIs associated with device and second cell, and/or third PIs associated with second devices associated with first or second cell, over defined time period. In response to conflicting handovers detection, CH identifier can predict, from a group of types of conflicting handovers of devices, a type of the conflicting handovers of the device between first and second cells based on handover information, first PIs, second PIs, and/or third PIs. CH mitigator can determine the better of first cell or second cell to which to connect device based on rules and first, second, and/or third PIs.

Abstract: The technology described herein is directed towards a carrier aggregation system for a user equipment requesting simultaneous voice and data sessions. In one example, a classification model determines whether carrier aggregation, if used in conjunction with voice quality data, will likely result in acceptable or unacceptable voice quality for a user equipment, based on dynamic user equipment-related and cell-related input data. If voice quality is deemed acceptable by the model, carrier aggregation is allowed to be used simultaneously (and activated if not in use) with voice service. If voice quality is deemed unacceptable, carrier aggregation is not allowed to be used simultaneously with voice service, (and released if currently in use). Monitoring is performed to evaluate whether subsequent conditions (updated input data) change, such as if estimated voice quality degrades such that carrier aggregation is no longer allowed to continue when both carrier aggregation and voice are otherwise in use.