Connection Management TRIZ Cases

Base station selection of relay nodes maintains network access continuity when user equipment moves out of direct coverage range.

Grouping user equipment with dedicated paging indicators reduces blind detection complexity while improving monitoring efficiency in 5G systems.

Gateway apparatus encapsulates IPv6 packets with topologically incorrect source addresses into new tunnel endpoints.

An electronic terminal acquires device identifiers from broadcast messages of available wireless networks to build a unified list of target image-forming devices.

Central Unit switches between unicast and multicast modes based on measurement reports to maintain service continuity.

Dynamic mode selection resolves resource conflicts by switching between network-controlled and autonomous transmission based on QoS requirements.

A User Equipment in idle mode transmits Session Initiation Protocol data within a single combined control message.

A user equipment suspends master cell group bearers upon detecting failure and transmits re-establishment messages to a secondary LTE cell.

A user equipment establishes a secondary link with a moving cell before switching it to primary.

Removing HARQ and RLC acknowledgements from the release procedure reduces signaling overhead and latency for out-of-sync devices.

A user equipment detects cover state changes to apply preconfigured codebooks for millimeter wave transmission.

An intermediary entity maps content network and user identifiers to media content identifiers for wireless device delivery.

A user equipment automatically presents public warning system settings status to inform users about notification enablement.

Centralized databases enable on-demand peer discovery, reducing signaling overhead and interference in cellular networks.

A wearable information device leverages a paired portable terminal to execute services lacking native interface support.

Processor executes fallback to source cell based on quality thresholds when handover fails, maintaining configurations to minimize service interruptions.

A data-over-NAS transmission scheme uses trigger conditions to activate or deactivate the connection mode between a terminal and a base station.

A UPF allocation apparatus assigns logical PDU entities using priority and pre-emption control information.

A tracing pattern authenticates device pairing across multiple screens.

A small data transmission mechanism selects a target identifier to reduce message overhead.

Small Data Sub-frame overbooking reduces control signal overhead by configuring multiple users to share resource allocations through Semi-Persistent Scheduling.

A relay server mediates P2P file transmissions between nodes.

A user equipment applies stored resume configurations for prepared target cells to enable faster connection resumption.

A connectivity service platform activates a secondary subscription to restore radio device communication.

User equipment groups share cellular identifiers to forward data via short-range links, maintaining throughput when base station signals weaken.

A user equipment manages D2D signaling by skipping RRC recovery when system information blocks indicate available resource pools.

Embedding emergency contact data in SIP INVITE headers resolves information loss during calls without increasing device complexity.

A/V recording devices extend video storage duration when crime evidence is detected through image analysis or emergency calls.

MSC server obtains already-seized MGW indication from IMS network to select appropriate codec and avoid transcoding during SRVCC handover.

User equipment segments measurement logs into partial transmissions, preventing message blocking and ensuring timely data delivery.

Inserting a visited network entity into the media path removes the home IMS network from the routing loop, reducing resource usage and costs.

A fast re-switch tunnel routes data to a standby wireless controller before MAC table updates complete.

A wireless communication method selects base stations by signal strength to determine user equipment connection configurations.

Terminal coordinates listen-before-talk across licensed and unlicensed carriers using operational condition data to reduce power consumption.

Base station executes local authentication via proximity services to sustain terminal connectivity during core network failures.

Detecting node analyzes protocol event timestamps to identify wireless devices communicating with non-legitimate base stations.

Segmenting Radio Access Bearers separates relay and remote user equipment traffic, enabling independent mobility management and encryption.

A user equipment reports D2D reception subframe patterns to a base station for downlink scheduling.

Terminal assistance information enables the network to configure early measurement reporting, reducing configuration delays and mismatched settings.

A user equipment remaps secondary cell group data to an alternate bearer upon deactivation indication.

Tokens bind external identifiers to service provider network identifiers, resolving interworking challenges between access and service networks.

User equipment detects master cell group failure and transmits a connection failure report to the secondary cell group network for rapid recovery.

A network management system identifies affected wireless access point regions to optimize channel usage.

Terminal device uses first PDCCH blind detection result to determine whether to detect second PDCCH, resolving contention conflict in two-step random access.

A distributed unit performs a DNS lookup for a proxy central unit to obtain an IP address, eliminating manual configuration of F1 TNL addresses.

A network entity dynamically reclaims forward compatibility resources for reuse by legacy user equipment.

A radio system allocates more downlink channels than uplink channels per carrier frequency to optimize spectral efficiency.

A Non-Access Stratum transport message structure carries policy control payloads to enable direct communication between user equipment and core network entities.

Pre-configuring target base station with user equipment context eliminates handover interruption time while maintaining communication reliability.