Multi-Cell DCI Scheduling Using Common Parameter Combinations

The patent applies universality by creating a common parameter configuration that can be applied across multiple cells simultaneously. The base station configures a unified parameter set that works for all scheduled cells, allowing the same configuration to serve multiple functions and cells, thereby improving resource allocation efficiency without proportionally increasing device complexity.

The patent segments the parameter configuration into two parts: common parameters that apply to all cells and cell-specific parameters that are individually configured. This segmentation allows the system to manage complexity by separating universal configurations from specific ones, enabling efficient multi-cell scheduling while maintaining manageable configuration overhead.

The patent uses universality by establishing a common parameter configuration that can be reused across multiple cells and scheduling scenarios. This common configuration serves multiple purposes and reduces the need for managing separate parameter sets for each cell, thereby improving signal transmission efficiency while simplifying configuration management.

The patent applies copying by allowing the common parameter configuration to be replicated and applied to multiple cells simultaneously. Instead of creating unique configurations for each cell, the system copies the validated common configuration across cells, ensuring consistent performance while reducing the operational burden of configuration management.

The patent segments configuration parameters into common and cell-specific categories. The common parameters are configured once and applied universally, while cell-specific parameters are maintained separately for individual cells. This segmentation reduces overall device complexity by eliminating redundant common parameter storage while preserving necessary cell-specific adaptability.

The patent applies local quality by allowing different parameter configurations at different levels: common parameters provide uniform quality across all cells, while cell-specific parameters allow local customization where needed. This approach maintains adaptability for specific cells without requiring complete individual configuration sets for every cell.