Signal Allocation TRIZ Cases

Mapping complex modulation symbols onto transmission layers using segmented codewords.

A Node-B dynamically adjusts downlink reference signal subframe patterns to reduce multiple access interference from adjacent base stations.

Network signaling indicates time-frequency resource types so terminals accurately detect control channels, reducing latency in diverse 5G scenarios.

A sidelink terminal generates waveforms using constellation shift to reduce peak-to-average power ratio.

A transmission method determines overlapping uplink resources and prioritizes control information delivery.

Reception processing units acquire power allocation information to reproduce interference patterns, enabling cancellation that improves decoding precision.

A user equipment offset defines the starting location for encoded control information within an enhanced physical downlink control channel search space.

A receiving apparatus selects reference signals for channel estimation based on RSSI levels.

A phase modulation system encodes control signals within data signal jitter to enable simultaneous transmission on a single communication line.

Terminal devices exchange acknowledgements via a designated HARQ process to resolve resource conflicts and reduce collisions in V2X networks.

User equipment processes downlink control information to cancel overlapping uplink transmissions, preventing throughput loss from scheduling collisions.

A service control status checking period generation unit creates dynamic verification intervals using statistical prediction techniques.

Segmenting SRS resources across distinct panels resolves interference risks while maintaining signal reliability and efficient digital port utilization.

A terminal configures a dedicated PUCCH resource set for multicast transmission to manage HARQ-ACK feedback.

A program selects base stations by matching day-night conditions to ensure reliable ionospheric reflection.

A user equipment adjusts search space starting symbols based on subframe characteristics to detect downlink control channels efficiently.

A terminal transmits its MAC address via Bluetooth Low Energy to authenticate and disconnect before establishing a classic connection.

A user equipment manages secondary component carriers in unlicensed bands to enable dynamic data transmission.

A report assisted message requests uplink resources in advance for positioning measurement data.

Beam-specific configurations adjust synchronization signal blocks and remaining minimum system information parameters to optimize resource allocation.

A control region scheduling utility merges HARQ ACKCH and CQICH channels to maximize uplink data bandwidth.

A peak reduction tone selection system retrieves pre-computed sequences to reduce signal peaks in wireless transmissions.

Associating a CORESET with a neighboring cell reduces handover delays and improves flexibility in multi-TRP scenarios.

Dynamic adaptation of measurement periodicity reduces signaling overhead while maintaining beam accuracy in non-terrestrial networks.

A TCI state indication mechanism configures dedicated control and data channels via MAC CE codepoints to optimize beamforming.

Attaching channel condition data fields to control frames reduces feedback overhead while enabling timely transmit parameter adjustments.

An XDD system configures uplink and downlink resources in different frequency bands within the same time slot to enable overlapping transmission.

A system subdivides large data packets into smaller subpackets to bypass intermediary device filtering and maintain communication.

A wireless device configures multiple PDCCH CORESETs to manage downlink control channel resources.

A Type-II port selection codebook configures CSI-RS resources across multiple TRPs to enable coherent joint transmission.

Signaling coordinates RLC entity suspension within a time window, preventing interruptions and ensuring continuous communication when switching networks.

A core network sends an indication to a radio access node regarding user plane resource requirements.

Preconfigured sidelink resources reduce power consumption and interference by eliminating continuous sensing and grant requests during wireless communication.

Cyclic shifts of basic sequences generate distinct long training sequences that improve channel estimation accuracy and reduce system interference.

Multiple redundant control channels transmit signaling across overlapping resources, maintaining service transmission reliability while reducing latency.

A transmitting user equipment sends a radio resource control message to report sidelink radio link failure.

Terminal reports resource indices to align base station knowledge with adaptive selection.