Transmission Path Division TRIZ Cases

DMRS sequences carry SS block index while polar code interleavers map PBCH payload bits, enabling low-latency timing detection without full decoding.

A system adapts packet transmission time indication to match station data requirements.

User equipment selects a dynamic reference cell from multiple serving cells to report quality measurements, resolving ambiguity about the measurement basis.

Virtual component carriers segment a shared frequency resource to resolve self-interference in full-duplex slots while maintaining network efficiency.

A master base station transmits a rejection message to prevent unnecessary secondary base station release.

Network devices schedule resources accurately by triggering dynamic capability updates based on position changes.

Pre-configured maximum sensitivity degradation values relax reference sensitivity thresholds for multi-band downlink reception.

RRC reconfiguration message updates aggregated cells while retaining the existing access stratum security key for data processing.

Assigns contiguous resource units with monotonic modulation and coding schemes to resolve throughput deterioration in high-density Wi-Fi scenarios.

Dynamic configuration via DCI messages reduces latency compared to sixty-four millisecond SIB updates while maintaining legacy compatibility.

Varying the temporal gap between control and data channels mitigates inter cell interference while managing scheduling complexity.

A misconfiguration detection mechanism prevents concurrent LTE and 5G NR carrier assignment.

A wireless resource scheduler assigns sparse non-orthogonal multiple access resources based on receiver signal to noise ratio.

An access point assigns distinct modulation and coding schemes to separate OFDM symbol sets within a single physical layer protocol data unit.

A wireless uplink transmission method uses downlink channel information to estimate precoding for sub-bands.

Segmenting bandwidth into subbands reduces user equipment power consumption while maintaining reliable scheduling information reception.

Mapping relay node specific downlink physical control channels along a frequency direction minimizes inter-cell interference while expanding service coverage.

A comb-type reference signal mapped across four subframe symbols enables frequency offset correction by comparing repetitive signals within a single symbol.

Pre-configured TCI states enable rapid beam failure detection and switching, resolving narrow beam instability in high frequency environments.

Segmenting search spaces reduces blind detection counts, lowering scheduling latency without increasing device complexity.

A terminal device determines execution priority between simultaneous resource switching and measurement behaviors to maintain operational stability.

OTFS modulation segments signals in the delay dimension to enable localized channel estimation, mitigating inter-carrier interference under high mobility.

A base station transmits configuration information to enable individual beam management on secondary carriers based on terminal capabilities.