Wireless Transport Block Scheduling with Independent MCS

The patent combines multiple transport blocks into a single transport block for transmission. Different data streams with different QoS requirements are multiplexed together, allowing multiple logical channels to share one physical transport block. This reduces the number of separate control channels needed while maintaining the ability to differentiate QoS through internal multiplexing structures and separate HARQ processes.

The patent creates a universal transport block structure that can carry multiple types of data with different QoS requirements simultaneously. The single transport block serves multiple functions by incorporating different data streams, allowing one control channel to manage multiple QoS flows rather than requiring separate control channels for each QoS type.

The patent segments the single large transport block into multiple code blocks for processing and transmission. Each code block can be independently encoded, transmitted, and acknowledged through separate HARQ processes. This segmentation allows efficient handling of large data volumes while maintaining manageable control overhead, as each segment can be optimized independently.

The patent introduces a new dimension of organization within the transport block by using code block groups and hierarchical structuring. Instead of treating the transport block as a single unit, it creates multiple levels of organization (transport block → code block groups → code blocks) that enable efficient management of large data volumes while keeping control channel interactions manageable through selective retransmission at different levels.

The patent divides large transport blocks into smaller code blocks that can be transmitted independently with separate HARQ acknowledgments. This allows the system to achieve high throughput by utilizing large overall data volumes while maintaining transmission quality through smaller, more manageable code block sizes that are less prone to complete failure. Selective retransmission of only failed code blocks maintains reliability.

The patent implements dynamic adaptation by allowing different code blocks within the same transport block to have different characteristics and retransmission priorities. The system can dynamically adjust which code blocks are retransmitted based on their importance and error status, enabling flexible optimization of both throughput and transmission quality based on real-time conditions.