5G NR Scheduling Requests for Scalable TTI Cell Activation

The patent segments the cell aggregation system into multiple independent cells, each with its own configurable TTI length. This allows different cells to operate with different TTIs (e.g., 1ms, 0.5ms, 0.25ms) independently, enabling flexible latency optimization without requiring complete system reconfiguration. Each cell can be activated or deactivated independently based on service requirements.

The patent implements dynamic TTI configuration where the base station can adjust TTI lengths of different cells based on real-time traffic conditions and service requirements. The system dynamically selects appropriate TTI values from a predefined set, allowing adaptation to varying latency demands while maintaining system stability through controlled reconfiguration procedures.

The patent applies local quality by configuring measurement parameters specific to each frequency/cell rather than using uniform measurement settings across all frequencies. Each cell can have its own measurement period, reference signal configuration, and reporting settings optimized for its specific characteristics, improving measurement accuracy while avoiding unnecessary signaling for cells with identical configurations.

The patent implements a unified measurement framework that can handle both cell-specific and frequency-common measurement configurations. The measurement configuration message structure supports optional cell-specific parameters, allowing the system to use generic configurations when applicable (reducing signaling) while enabling detailed per-cell configuration when needed (improving precision).