Network Data Management TRIZ Cases

User equipment reports small data transmission capability to a base station while remaining in the RRC_INACTIVE state.

Mobile Switching Center routes paging messages via Mobility Management Entity during network transitions.

A mobile identity indicator embedded in handover reports enables source nodes to identify specific stations after failures.

Segmented random access channel resources resolve conflicts between capability information reporting and resource allocation complexity.

Network sends time domain configuration to prevent link failures during dual-SIM switching.

Network devices request embedded subscriber identification module profiles from a multiple SIM account to establish cellular data access.

Auxiliary network platform registers mobile location and routes calls through local switches to reduce roaming expenses.

Interworking function constructs host names from ISDN numbers to resolve roaming addressing bottlenecks without preconfigured mapping tables.

Source base station forwards eDDA assistance information to target base stations during handover, reducing air interface signaling overhead.

A proactive radio resource management system predicts future user equipment locations using third-party travel data to optimize network settings.

Proactive SRVCC capability transmission via core network relays prevents voice call continuity loss during inter-RAT handovers from legacy networks.

Assigning discovery and control signals to different frequencies prevents simultaneous transmission interference, ensuring reliable device ranging operations.

A MUSIM user equipment applies priority rules to resolve collisions between multi-SIM gaps and legacy measurement intervals.

PCRF installs subscriber-specific policies at eNodeB to enable local breakout, resolving static architecture limitations by minimizing media path nodes.

Network device attach procedure uses dual registration indication to prevent unnecessary UE context cancellation during handovers between EPC and 5GC.

A user equipment processes mobility management entity selection data to choose a specific network core node for attachment.

User equipment concurrently downloads multiple subscriber identity module profiles using parallel logical secure element interfaces.

Segmenting measurement configurations by cell type resolves the contradiction between accurate reporting and protocol complexity in multi-carrier systems.

Unified Data Management stores access type information alongside AMF identifiers to handle registration procedures.

A Signaling Gateway manages multiple IMSI and MSISDN associations across networks, eliminating frequent SIM swaps for roaming subscribers.

A routing data layer caches subscriber details locally in the visited network, eliminating home network queries that cause congestion during roaming.

Devices report capability indicators to networks, allowing dynamic adjustment of reference sensitivity and maximum sensitivity degradation parameters.

A control node starts a guard timer when providing access capability indications to prevent outdated data from delaying call termination during mobility.

Segmenting tracking area identity lists into dynamic levels reduces paging signaling overhead while maintaining location accuracy.