Dedicated Pilot Resource Allocation for Channel Estimation

The patent applies local quality by differentiating pilot resource allocation based on user-specific channel conditions and MCS levels. Users in poor channel status with low MCS levels receive enhanced dedicated pilot resources, while users in good channel status use standard common pilot allocation. This localized adaptation resolves the contradiction by improving channel estimation quality specifically where needed without affecting overall system efficiency.

The patent implements dynamic pilot resource allocation where the amount of dedicated pilot resources is adjusted according to the MCS level. When MCS level is low (indicating poor channel status), more pilot resources are allocated; when MCS level is high, standard allocation suffices. This dynamic adjustment allows the system to adaptively resolve the contradiction between data reliability and channel estimation performance based on real-time channel conditions.

The patent changes the parameter of pilot resource allocation based on the MCS level parameter. By establishing a relationship where pilot resources are adjusted according to MCS level, the system optimizes the trade-off between channel estimation accuracy and data transmission capacity. Low MCS users receive more pilots to improve their channel estimation, while high MCS users maintain standard allocation to preserve data rate, thus resolving the contradiction through parameter-based adaptation.

The patent applies local quality by providing enhanced pilot resources only to specific users with low MCS levels rather than uniformly increasing pilot allocation for all users. This selective approach improves channel estimation performance where needed while minimizing the impact on overall system productivity, as only a subset of users experiences resource reallocation.