Connection Management TRIZ Cases

IP Multimedia Subsystem detects user events and retrieves data to establish application connections.

A group paging method assigns a common identifier to machine-to-machine devices with similar traffic properties.

An Automatic Emergency Call Initiator detects user incapacitation and triggers signaling messages to establish a communication link.

Segmenting video containers into independent data streams resolves synchronization bottlenecks across diverse receiving devices.

A Beam Failure Recovery MAC Control Element indicates Secondary Cell beam failures to a network device.

User equipment selects antenna switch configurations based on affected communication chain counts to maintain dual connectivity stability.

Dynamic connection management adjusts path types between terminal devices and forwarding planes to optimize network processing.

Removing layer 3 IP encapsulation from the relay protocol stack reduces processing complexity and transmission delay for D2D communication.

A master cell group schedules resources for aperiodic reference signal measurements on a secondary cell group.

Standardized data formats enable cross-manufacturer AMF compatibility, allowing one backup entity to serve multiple terminals and reducing resource consumption.

UE switches EN-DC to SRLTE mode when VoLTE unavailable, configuring first transceiver for voice and second for data to maintain service continuity.

Wireless network allocates dedicated and common resources for simultaneous device-to-device sessions.

A biometric monitoring device switches between Bluetooth BR/EDR and BLE interfaces based on sensor data.

A user equipment receives dynamic indications to modify sounding reference signal time domain parameters based on real-time conditions.

A media device establishes communication links with mobile devices to transmit interactive data and receive user feedback.

A registration entity verifies network device identity to establish secure trust, resolving certificate management complexity and outdated credential issues.

PoC server establishes emergency call groups with designated dispatchers to enable two-way communication sessions.

User equipment autonomously transmits failure information through available secondary base stations to maintain active network connections.

A virtual carrier network manager establishes tunnels over multiple wireless networks to route data through remote servers.

Discontinuous reception reduces power consumption by limiting active monitoring, decreasing data transmission delay through optimized handover thresholds.

Local storage of gateway identifiers in the mobile terminal eliminates context transfer delays and prevents inappropriate gateway selection errors.

A backup content application copies data across user equipment devices in a group to maintain access.

A Global Address Database maps telephone numbers to IP addresses, enabling users to initiate calls using a single identifier without knowing the recipient's network capabilities.

A communication device transmits random access procedure reports to enable dynamic adjustment of backoff duration and power ramping parameters.

A user equipment transmits multi-subscription coordination capability to a network for managing concurrent radio resource control states.

A Neighbor Aware Networking device transmits service discovery frames to register with a proxy device for direct content exchange.

A transceiver schedules interference cancellation processes on integrated signals from multiple wireless communication systems.

A control method adjusts communication states using target reference information to characterize signal parameters between devices.

Base station reconfigures uplink semi-persistent scheduling intervals based on user device requests to adapt resource allocation.

The protocol layer generates a candidate frequency band resource list and allocates resources from it, resolving inefficiencies in 5G V2X sidelink communication.

A radio access network node sets a release timer value to maintain an RRC connection for pending mobile terminated data.

User equipment processes measurement objects from primary and secondary nodes using a scaling factor to determine procedure periods.

A relay UE establishes hop-by-hop security for sidelink connections, resolving range limitations and obstruction issues between remote user equipment.

User equipment manages radio link states to suspend data channels during ambient electromagnetic power harvesting chip communication events.

Proxy Mobile IP framework enables Inter-User Equipment Transfer across general networks without IMS infrastructure.

A media resource function entity separates control and media planes to resolve integration bottlenecks in PoC services.

Base station transmits control information to user equipment for sidelink transmission resource selection.

A wireless terminal manages transaction failures by maintaining a list of candidate anchoring devices and employing retry strategies.

A zone index mechanism segments M2M device group identifiers to prevent signaling collisions across multiple base station zones.

Dynamic DRC ramp down duration reduces null cover transmission time, increasing EVDO throughput during tune-away to other protocols.

Network coordination routes calls to correct voice mail destinations, resolving incorrect forwarding when inactive lines are busy or unreachable.

A terminal apparatus adjusts timer application timing via RRC messages to optimize mobility control.

A roaming intercommunication apparatus extracts security authentication and subscription data to bridge network deployment gaps.

First network node adjusts PDCP aggregation based on air interface scheduling delay to mitigate packet reordering under high cell load.

Discontinuous reception configuration aligns UE wake periods with uplink transmission patterns to reduce power consumption.

Terminal devices verify user identity before establishing direct connections to secure data transfer.

A terminal device maintains routine RRM measurements in non-connected states to preserve signal integrity.

Terminal device transmits data via 1st RRC signaling without establishing full connection, reducing signaling overheads and power consumption.

Base station coordinates device-to-device communication using signal intensity thresholds and location feedback to reduce network traffic.

Optimizing random access procedures by calculating specific resource block indices to reduce latency and improve channel access efficiency in unlicensed bands.