MTC Terminal CSI Measurement Across Narrow Bands

The patent implements periodic CSI measurements only in specific subframes designated as CSI subframes, rather than continuous measurements. The terminal measures CSI in multiple narrow bands periodically according to a configured measurement cycle, and reports CSI in periodic CSI reports. This periodic measurement approach maintains measurement precision across multiple bands while significantly reducing power consumption compared to continuous measurements.

The patent divides the system band into multiple narrow bands and configures different CSI measurement subframe sets for each narrow band. Each narrow band has its own measurement timing and reporting schedule, allowing the terminal to measure and report CSI for different bands at different times. This segmentation enables efficient resource utilization and power management while maintaining comprehensive CSI coverage across all narrow bands.

The patent segments CSI measurement and reporting into separate periodic processes for different narrow bands. Each narrow band is assigned specific measurement subframes and reporting timing, allowing the terminal to handle multiple bands systematically. The base station configures and manages multiple CSI subframe sets, each associated with specific narrow bands, reducing terminal processing complexity while ensuring complete CSI information is collected across all bands.

The patent implements dynamic CSI measurement and reporting where the terminal adapts its measurement and reporting behavior based on configured parameters and current conditions. The base station dynamically configures measurement subframe sets, reporting timing, and band assignments, allowing flexible resource allocation. This dynamic approach enables complete CSI collection while managing terminal complexity through adaptive rather than static processing requirements.