Base Station Coordination Pattern Calculation

The patent segments the coordination pattern calculation by dividing all possible patterns into multiple groups based on the number of coordinated base stations. The control device selectively calculates patterns from different groups based on quality metrics, rather than calculating all patterns simultaneously. This segmentation reduces the computational burden while maintaining effective coordination among multiple base stations.

The patent implements partial calculation of coordination patterns by selectively computing patterns from specific groups based on quality information. Instead of calculating all possible coordination patterns (excessive action), the system calculates only the necessary subset that meets quality thresholds, achieving sufficient coordination performance with reduced computational effort.

The patent applies preliminary action by pre-dividing coordination patterns into groups based on the number of coordinated base stations before actual calculation. This pre-organization allows the system to quickly select and calculate only the relevant pattern groups based on current quality information, avoiding the need to calculate all patterns from scratch and significantly reducing processing time.

The patent implements dynamic selection of coordination pattern groups based on real-time quality information. The control device adjusts which pattern groups to calculate by evaluating quality metrics and selecting patterns that meet threshold requirements. This dynamic approach ensures optimal throughput is achieved while adapting computational effort to actual network conditions, avoiding unnecessary calculations.