Connection Management TRIZ Cases

A base station dynamically configures cell types and handover triggering conditions based on changing coverage ranges.

Dynamic channel access mechanisms release unused occupancy time to reduce latency and improve resource efficiency in unlicensed bands.

A dual SIM resource controller schedules distinct paging preparation periods to prevent signal reception conflicts between two active subscriber identity modules.

Automated feedback between dual modules resolves connection failures, eliminating manual user intervention and reducing latency.

A relay radio device determines radio link failures and initiates release or reconfiguration actions to maintain communication paths.

First user equipment transmits assistance information to a network, enabling sidelink positioning in out-of-coverage scenarios.

A wireless device allocates peer-to-peer data transmission to bandwidth resources based on estimated signal quality.

Dynamic resource selection resolves collisions in aperiodic NR V2X services by adjusting counters and evaluating occupancy status for flexible scheduling.

Segmenting connected and idle user equipment allows core network nodes to collect accurate location data without sacrificing collection efficiency.

User equipment broadcasts metadata index values to enable direct device-to-device data exchange without network mediation.

A SIP-based capability store segments device identity to cache terminal properties.

Segmented RRC signaling configures periodic cell patterns to reduce power consumption while maintaining signal reliability.

A binding support function validates session acceptance timestamps to maintain accurate policy control bindings.

Master node generates conditional primary secondary cell execution conditions using special cell reference values to resolve measurement comparison failures.

Host device creates virtual port to enable automatic wireless accessory connection without protocol modification.

A User Equipment exchanges fallback indicators with an IMS node via Session Initiation Protocol signaling to determine authorized radio access technologies.

A terminal receives device-to-device signals by comparing large-scale properties with downlink channels to enable uplink resource usage.

A traffic analysis apparatus identifies SAP sessions and enforces security policies to prevent unauthorized data access.

Segmenting devices into interference-based groups resolves cascade yielding and improves resource utilization in wireless networks.

A VoIP phone determines its current position using GPS or cellular networks to transmit location data.

Mobile devices share raw sensor data with backend servers to classify functional states, eliminating the need for specialized tracking hardware.

Network node segments scheduling request resources to reduce signal collisions between cellular and direct device-to-device communications.

An Inter-Radio Access Technology Supervisory Layer segments priority data across independent protocol stacks to reduce wireless outage probability.

A method allocates new PDN IP addresses for user equipment during mobility events without tearing down existing packet data network connections.

Wireless devices receive signaling to configure secondary cell groups and dynamically switch between deactivated and activated states.

Decoding sidelink coordination during DRX inactive periods resolves resource collisions and improves allocation efficiency in heterogeneous 5G networks.

A user equipment discards logged measurements after a conservation timer expires.

Active flag extension in TAU requests directs network to maintain control plane connections, reducing unnecessary user plane setup and conserving UE power.

Proactive resource configuration exchange between network nodes reduces control plane delays in cloud radio access networks.

Inactivity monitoring prevents premature RRC disconnection by verifying remote device status before releasing the network link.

Segmenting group notifications disperses random access preamble transmission, reducing PRACH overload and access delays.

Network devices indicate target resource pools to terminals, reducing mutual interference between transmission modes.

A mobile device requests non-communication periods from a wireless network to schedule tuneaways, preventing message loss during multi-subscription operations.

Primary access nodes adjust add thresholds based on cell site density to direct user devices to optimal secondary nodes.

Network controller predicts forwarding paths to optimize downlink data delivery in SDN-based architectures.

A communication method routes radio link outage messages through user plane tunnels between network nodes to enable rapid fault detection.

User equipment monitors alternative base station availability and predicts radio link degradation to initiate proactive connection abandonment.

A 5GSM procedure transaction identity error handling method uses predefined cause codes to manage invalid values.

An assisting RAN node establishes a MAC control element frame using consolidated RLC activation information from a host node.

Decoupled virtual access points isolate client traffic via a controller, resolving throughput degradation caused by shared channel interference.

Capability discovery messages retrieve destination device attributes during call setup to resolve incomplete information about connected terminals.

Search request signals embed transmission enabled periods to prevent fruitless communication waste.

User equipment measures neighbor cells with lower gain receiver configurations to save power.

Segmenting IPv6 addresses into locator and identifier components manages mobile sessions while reducing storage resource consumption.

Core network device extracts authentication parameters from TLS handshake to identify encrypted data streams without plaintext identifiers.

A relay user equipment forwards internet protocol packets between peer devices to extend direct communication range beyond single-hop limits.

User equipment ignores discontinuous reception configuration to monitor the physical downlink control channel continuously after transmitting a measurement report.

Configuring the T312 timer with multiple measurement events reduces service interruption time during radio link failures.

A federated cloud solution deploys virtual network functions in visiting networks to enable seamless wireless terminal roaming.