Base Station Power Allocation for Relay and Direct Terminals

The patent applies local quality by differentiating power allocation based on terminal location and communication path. Terminals directly communicating with the base station receive signals at higher power, while terminals communicating via relay stations receive signals at lower power. This localized power quality adjustment ensures that each terminal receives adequate signal strength according to its specific reception conditions, resolving the contradiction between transmission efficiency and reception performance.

The patent changes the power parameter dynamically based on terminal apparatus location and communication path. By adjusting power coefficients according to whether a terminal is in direct communication or relayed communication, the system optimizes both transmission efficiency (by reducing unnecessary high-power transmissions) and reception performance (by ensuring adequate power for distant terminals).

The patent implements local quality by allocating different power levels to different terminal groups based on their communication paths. Direct communication terminals receive higher power signals, while relayed communication terminals receive lower power signals. This prevents unnecessary high-power transmissions to all terminals, thereby maintaining transmission efficiency while ensuring adequate reception performance for each terminal group.

The patent applies partial action by transmitting signals at different power levels rather than uniformly high power to all terminals. By providing just enough power for each terminal's specific needs (higher for direct terminals, lower for relayed terminals), the system avoids excessive power consumption and interference while maintaining adequate reception performance.