Discontinuous Information Transmission in TDD Systems

The patent segments information transmission into multiple information blocks that can be transmitted discontinuously across different time slots. Each information block contains segmented data that can be reassembled at the receiver, enabling transmission without requiring continuous resource occupation. This resolves the contradiction by allowing high resource utilization through TDD while maintaining complete information transmission capability through segmentation and reassembly.

The patent implements feedback mechanisms where the receiver sends acknowledgment information back to the transmitter about received information blocks. This feedback enables the transmitter to know which blocks were successfully received and which need retransmission, ensuring complete information delivery even with discontinuous transmission. The feedback loop guarantees transmission completeness while allowing time efficiency through selective retransmission only when necessary.

The patent designs information blocks with universal structures that can serve multiple functions: carrying data segments, including error detection codes, and supporting both initial transmission and retransmission. The standardized block structure with consistent formatting and identification fields simplifies processing at both transmitter and receiver ends, reducing system complexity despite the multi-block transmission scheme. This universal design enables transmission flexibility while maintaining manageable system complexity.