PUSCH Multi-Panel Resource Configuration for Uplink Throughput

The patent segments the resource indication scheme by introducing panel-specific configuration parameters. Each antenna panel can be independently configured with its own maximum number of transmission data layers, codebook parameters, and SRS resource set configurations. This segmentation allows different terminal configurations to be accommodated without requiring a completely different unified scheme, thus improving adaptability while maintaining manageable complexity through structured parameter organization.

The patent implements dynamic adaptability by allowing the network device to flexibly configure PUSCH transmission resource parameters based on terminal capabilities and channel conditions. The configuration can be dynamically adjusted per panel and per transmission occasion, enabling the system to adapt to varying terminal configurations and requirements without being locked into a static unified scheme.

The patent applies universality by designing a standardized parameter structure that can serve multiple panels and different transmission scenarios. The same set of configuration parameters (maximum number of transmission data layers, codebook parameters, SRS resource set configurations) can be universally applied to any number of antenna panels, reducing the need for entirely separate configuration schemes for each panel while still providing panel-specific adaptability.

The patent manages configuration complexity by organizing panel-specific configurations through standardized parameter changes rather than structural modifications. Each panel's configuration is achieved by adjusting specific parameters (such as max number of layers, codebook subset) within a unified framework, rather than creating entirely separate indication schemes. This parameter-based approach reduces complexity while maintaining adaptability.