Wireless Communication TRIZ Cases

A scheduling algorithm adjusts resource block allocation based on wireless device priority levels.

Primary access node evaluates secondary node load and UE data requirements to prevent service degradation from excessive traffic.

User equipment switches bandwidth parts based on common frequency resource indications to reduce power consumption.

A split signalling radio bearer transmits control plane data while ceasing user plane data during wireless device handover.

Joint control information enables simultaneous transmission of multiple user equipment data, resolving delays caused by sequential scheduling intervals.

Target RNC sends a transparent container with a reconfiguration message to the source RNC.

Segmented uplink transmission periods balance XR service quality with battery consumption by reducing control channel usage.

A remote unit transfers a data connection to an alternative radio access network when the primary target fails.

Base station determines transmission time for PDCCH sequences and transmits relay configuration with scheduling information to each relay node.

A user equipment transmits random access message 3 with repetition to improve reception reliability.

Pre-configured secondary cell group options resolve connectivity stability issues while reducing handover processing time.

A 5G network management tool instantiates a dedicated network slice mapped to geospatial regions for unmanned aerial vehicle transit.

Segmenting measurement gaps reduces wasted resources and improves user experience by enabling timely handovers.

Mobile devices measure network performance to configure adaptive antenna radiation patterns, eliminating labor-intensive manual site surveys.

An RRU sends carrier status information to a BBU after contending for a target channel.

Segmenting feedback transmission across multiple uplink carriers reduces overhead on individual devices while maintaining timing relationships.

A positioning server stores assistance data and transmits change indicators via paging messages to mobile devices.

User equipment recovers conditional primary secondary cell addition failures using pre-configured candidate cells.

User equipment cancels scheduling requests before transmission when buffer data falls below a threshold.

RRSTM logic embeds GPS coordinates into Registration-Request Signals for precise handset positioning.

A link ownership scheme manages media-independent handover functions to allocate exclusive control rights.

Configures RA preamble groups to signal response requirements, conserving UE power and radio resources by avoiding unnecessary network responses.

A device management resource detects anomalies in communication devices and dynamically configures network entities to adjust feedback.

A wireless scheduler associates resource blocks with passive intermodulation impact data to optimize transmission scheduling.

A UE random access procedure transmits Buffer Status Reports using a format indicator to distinguish message types.

A mobile device schedules background data transmission using historical network patterns to optimize resource usage.

A user device adjusts antenna panel sampling rates based on handover probability to optimize signal measurement precision.

A communication device selects a target cell by comparing round trip times to reduce latency.

Predictive scheduling with scheduling request inhibition reduces resource wastage and battery consumption by preventing redundant transmissions.

Varying radio frame lengths encodes bit sequences, overcoming CSMA/CA information representation limits while maintaining protocol compatibility.

A user equipment caches application context data from a source edge computing device before moving to a target node.

Source and target nodes exchange specific SHR parameters to reduce configuration signaling overhead while maintaining reliable handover reporting capability.

User equipment biases measurement reports toward preferred cells, preventing redirection to non-preferred neighbors and maintaining service continuity.

A user equipment receives pre-configured random access resources from a serving cell to perform connection re-establishment with a neighboring cell.

A HetNet Gateway virtualizes 4G and 5G cores to enable interworking between a 5G RAN and a legacy 4G core.

A Policy Control Function sets a URSP flag to direct user equipment toward new sessions only.

Dynamic trigger adjustment reduces ping-pong handover effects in high mobility scenarios by aligning reporting thresholds with real-time movement parameters.

Source core network device records terminal SNPN handover capability during registration to prevent service disruptions.

A terminal transmits flight path update indications to a base station for efficient mobility management.

Network node classifies wireless devices by post-gap transmission capability to adapt scheduling and measurement gap configuration.

Direction-specific counters track listen-before-talk failures per beam, triggering recovery signals when thresholds are exceeded.

A user equipment transmits a bitmap indicating consistent listen-before-talk failures per resource block set to enable scheduling that avoids failed resources.

Dynamic switching between pre-configured search space set groups reduces latency and signaling overhead compared to slower RRC reconfiguration processes.

Intermediary equipment modifies live traffic between terminals and base stations, revealing hidden malfunctions that standard simulators miss during validation.

Dynamic identification of newly added network elements updates automated processes, resolving static configuration limits.

Designating specific resources for inter-UE coordination reduces latency and eliminates resource conflicts by separating coordination traffic from regular data.