Configured-Grant TBoMS Timing for Initial Transport Block Transmission

The patent segments the TBoMS transmission into multiple repetitions, where each repetition can be independently identified and transmitted. The transmission occasion identification is performed separately for each repetition within the TBoMS structure, allowing the system to handle multi-slot transmissions by breaking them down into manageable units that can be identified using extended but manageable rules.

The patent establishes preliminary rules for identifying transmission occasions of repetitions within TBoMS before actual transmission occurs. By pre-defining how transmission occasions are identified for each repetition based on the configured grant and TBoMS parameters, the system prepares the identification mechanism in advance, enabling seamless initial TBoMS transmission without requiring complex real-time decision-making.

The patent enables dynamic transmission timing by allowing TBoMS transmissions to span multiple slots rather than being fixed to a single slot. The system can adaptively determine the duration and slot allocation for each TBoMS transmission based on data size, channel conditions, and QoS requirements, thereby improving transmission efficiency while managing complexity through standardized multi-slot frameworks.

The patent extends the transmission timing from a single-slot dimension to a multi-slot dimensional space. By allowing TBoMS transmissions to occupy multiple consecutive slots and defining identification rules across this extended time dimension, the system gains flexibility in resource allocation and transmission scheduling, improving productivity by utilizing more time-frequency resources effectively.