Beamforming Sounding Reference Signal Grouping for Resource Allocation

The patent divides sounding reference signal resources into multiple groups corresponding to different beamforming types (analog, digital, hybrid). Each group can be independently configured and allocated, allowing the system to manage multiple resources without overwhelming complexity by treating them as separate manageable units rather than a single undifferentiated pool.

The patent enables dynamic selection and allocation of sounding reference signal groups based on current beamforming configuration and channel conditions. The base station can adaptively determine which groups to activate and how to allocate power, transforming a static complex allocation problem into a dynamic optimized process that responds to real-time requirements.

The patent creates a universal sounding reference signal group structure that can serve multiple beamforming types (analog, digital, hybrid) through a common framework. The same basic group configuration principles apply across different beamforming scenarios, allowing the system to handle diversity in transmission requirements without creating entirely separate configuration systems for each case.

The patent allows different sounding reference signal groups to have customized configurations tailored to their specific beamforming type and transmission scenario needs. Each group can be independently optimized with appropriate parameters, enabling local optimization for each beamforming scenario while maintaining overall system coherence through the unified group structure.

The patent uses a standardized template or model for configuring sounding reference signal groups that can be replicated across different beamforming types. Instead of creating entirely unique configurations for each beamforming scenario, the system uses copies of the fundamental group structure with modified parameters, reducing the cognitive and computational burden of managing diverse configurations.

The patent establishes predetermined rules and conventions for organizing sounding reference signal groups by beamforming type. Configuration parameters, group indexing, and resource allocation patterns are pre-planned and standardized, so that when new beamforming scenarios arise, the system can follow established patterns rather than creating configurations from scratch, reducing information management complexity.