MTC PDSCH Reception via MBSFN Subframe Segmentation

The patent segments the transmission resources by introducing MBSFN subframes dedicated for MTC apparatuses in coverage extension regions. Instead of repeatedly transmitting PDCCHs and PDSCHs across all subframes, the system divides specific subframes (MBSFN subframes) for MTC use while keeping other subframes for normal UE operations. This segmentation allows MTC apparatuses to receive enhanced transmissions without consuming excessive resources that would impact existing UE performance.

The patent applies local quality by transmitting cell-specific reference signals (CRS) with increased power specifically on a portion of resource blocks within MBSFN subframes allocated for MTC apparatuses. This localized power enhancement targets only the regions where MTC apparatuses need improved reception, rather than increasing power system-wide. The base station transmits CRS with higher power on specific resource blocks to improve channel estimation and decoding for MTC apparatuses in coverage extension regions, while maintaining normal transmission levels for other UEs.

The patent implements universality by configuring MBSFN subframes that serve dual purposes: they are dedicated for MTC apparatus communication while still maintaining the broader MBSFN framework used for multimedia broadcast multicast services. The base station transmits PDCCHs and PDSCHs to MTC apparatuses on these MBSFN subframes, and the same subframe structure supports both MTC and traditional broadcast/multicast functions. This multi-functionality approach allows dedicated resource allocation for MTC without creating entirely separate resource management systems, thereby reducing overall complexity.