Suspended Cell Group Activation for Dual Connectivity Latency

The patent applies preliminary action by pre-configuring cell groups and maintaining them in a suspended state with pre-established configurations. When activation is needed, the cell group can be quickly activated without full setup procedures, reducing processing latency while maintaining the capability for high data transmission rates when required.

The patent implements dynamics by introducing a suspendable state that allows cell groups to be dynamically transitioned between active, suspended, and deactivated states. This enables the system to adapt quickly to changing traffic conditions, activating carrier aggregation or dual connectivity only when needed, thus reducing average processing latency and battery consumption while maintaining high data transmission capability when required.

The patent applies preliminary action by pre-configuring cell groups with all necessary parameters and maintaining them in a suspended state. When activation is needed, the cell group can be quickly brought online without repeated configuration procedures, reducing the energy expenditure associated with frequent full setup operations while maintaining the capability for high data transmission rates.

The patent implements dynamics by introducing a suspendable state that allows the system to dynamically adjust power consumption based on traffic demands. Cell groups can be suspended during low-activity periods to reduce battery consumption while remaining easily activatable when high data transmission rates are needed, creating an energy-efficient adaptive system.

The patent applies preliminary action by maintaining cell groups in a suspended state with pre-established configurations, measurement settings, and parameter sets. When activation is needed, the cell group can be quickly brought online without requiring full reconfiguration, thus reducing activation latency while maintaining power savings from the suspended state during inactive periods.

The patent implements dynamics by introducing a suspendable state that serves as an intermediate between deactivated and active states. This allows the system to quickly transition from low-power suspended state to active state when traffic is needed, minimizing the latency penalty while maintaining battery savings during low-activity periods.

The patent implements dynamics by allowing dynamic suspension and resumption of cell groups based on traffic conditions. When multiple cells need to be monitored for high data transmission rates, the system can activate the necessary cell groups and suspend others, optimizing the balance between monitoring capability and power consumption.

The patent applies preliminary action by pre-configuring multiple cell groups with all necessary monitoring parameters and measurement settings. When activation is needed, the pre-configured cell groups can be quickly activated without repeated setup procedures, reducing the energy expenditure associated with frequent configuration operations while maintaining the capability for multi-cell monitoring.