Network Data Management TRIZ Cases

Network Function Repository Function filters overlapping subscriptions to prevent duplicate notification generation.

Server maps e-SIM identifiers to transfer profiles between devices, eliminating manual Mobile Network Operator interactions.

A relay UE manages mobility context for a remote user equipment group to coordinate device-to-device communication procedures.

User equipment exchanges machine learning model support data with network entities using system information and radio resource control messages.

A mobile device adjusts wireless advertisement transmission rates based on measured distance to a remote unit.

A multi-subscriber identity module device coordinates active SIM communications through dynamic paging schedule adjustments.

Terminals measure and report Quality of Experience data to the network side, enabling real-time refined management and control.

A communication apparatus directs user equipment to a third generation network for video telephony call setup.

A user equipment receives an available remote configuration mode from a core network device to perform configuration.

Wireless devices decode resource reservation messages to optimize scheduling, reducing interference and improving data throughput in high-frequency bands.

A terminal sends supported information types to a base station for targeted MDT measurement configuration.

Terminal apparatus exchanges mobility history information with a base station to enable efficient communication across mixed radio access technologies.

A BTM query frame requests neighbor access point recommendations while indicating intent to preserve active security and timing agreements.

HPLMN generates an indication parameter to guide VPLMN SoR updates during registration.

A mobile edge computing handover service manages application migration between networks based on device mobility patterns.

Grouping tracking areas into a single list reduces random access channel congestion and improves paging success rates.

Predicted travel patterns reduce route update frequency and paging area size to minimize system overhead while maintaining location accuracy.

A dedicated profile element update function processes partial packages to refresh eUICC subscriber data without full reinstallation.

Maintaining data transmission with the source secondary base station until a specific point reduces interruption time and delays during handover.

Default roaming restrictions per service class reduce system complexity by avoiding granular MCC-MNC specifications while maintaining control precision.

User equipment reports its maximum concurrent channel capacity to the base station.

A communication circuit switches data signals between embedded subscriber identity modules using a dedicated selector line.

User equipment activates object measurement based on proximity and mobility conditions to optimize power consumption.

An Anti-ITR module detects inbound roaming traffic redirection attempts by monitoring registration response messages in mobile networks.

A central node consolidates User Equipment context storage to reduce signalling overhead and prevent information loss during entity failures.

A Proxy Mobility Management Function intercepts mobility signaling within clustered femtocell networks to localize control processes.

Terminal devices negotiate capabilities with network devices using predefined effect and expiry time rules.

A unified device design enables seamless switching between authorized service providers through dynamic feature configuration.

Base station allocates relative addresses to resource blocks across multiple frequency assignments.

Centralized database eliminates manual updates by merging individual records into a unified platform for synchronized call tracking.

Network nodes transmit configuration information to user equipment for direct device-to-device communication sessions.

Proactive bulk transfer of user equipment context between mobility management entities reduces offload times and signaling overhead.

A paging message includes a voice call indication to guide user equipment state transitions in distributed base stations.

First serving node transmits update location message to service capability exposure function during wireless communication handover.

Serving GPRS support nodes calculate and send extended periodic routing area update timers to terminals based on subscription data.

A user terminal applies common control behaviors to uplink and downlink signals during reduced-step random access procedures.

A location management entity detects terminal connection state to transmit stop paging messages and retrieve location data directly.

Assign virtual Home Location Register identifiers to subscriber data groups, isolating failures to rebuild only affected data and reducing signaling load.

A multi-SIM modem control unit detects communication gaps to read paging messages on a second subscriber identity.

A device-to-device resource allocation method segments transmission and reception pools to manage mutual interference.

User equipment notifies the base station of voice over high speed packet access support to enable intelligent handover selection.

Clients transmit capability updates via channel usage request frames before switching, avoiding reassociation delays and improving communication efficiency.

A sidelink device configures resource pools based on RF capability types to allocate specific communication and sensing resources.

A smart antenna switches modes to transmit test data and receive feedback for optimal configuration.

A user equipment capability reporting method uses dynamic threshold triggers to signal network devices when terminal metrics change.

A user equipment maintains dual connections during handover using enhanced make before break signaling.

Radio access network controller processes individual mobility reports to update cell configurations for faster adaptation.