Connection Management TRIZ Cases

Segmented UE capability information resolves MME storage limits by enabling flexible operating modes that optimize battery life and system throughput.

Core network device coordinates observer UEs to perform PC5 ranging on target devices for location determination.

Unique key pairing and activity monitoring prevent accidental tool activation, reducing safety risks during remote semiconductor operations.

A wireless device switches active bandwidth parts using an inactivity timer to manage beam failure recovery procedures.

Session handling entity maintains identity relationships to determine correlation identifiers for incoming requests.

An MTC-IWF entity routes data packets via control plane signaling to a target UE without establishing user plane bearers.

User terminals capture machine pictograms to extract network addresses, resolving configuration complexity for non-technical operators.

Segmenting devices into service classes resolves the contradiction between message delivery efficiency and network architecture complexity.

A sidelink discontinuous reception inactivity timer mechanism manages user equipment power states during wireless communication sessions.

MME forwards UE IDs through S1 signaling to enable eNB recognition without initial context setup.

A user equipment manages small data transmission using an SDT-specific timer triggered by buffer status reports.

A Bluetooth primary device transfers an eSCO logical transport channel to a secondary device using a segmented handover request.

Processing circuitry segments spectrum resources into independent pools to manage diverse 5G service requirements without increasing management complexity.

A mobility management entity translates terminal identifiers between edge computing servers and radio access nodes.

Printers selectively reply to authorized mobile terminals using near-field communication, preventing unauthorized access while maintaining network security.

Network entity detects rejected control plane join requests to dynamically establish multicast distribution sessions.

Base station coordinates ProSe discovery resources using overlap with previous allocations to maintain continuity during user equipment mobility.

A single radio multi-link device switches between primary and non-primary links to exchange frames during busy periods.

A terminal calculates total data volume for small data transmission by summing uplink payload, packet headers, and auxiliary information components.

A control node determines ongoing call status to reject inappropriate paging requests during circuit switched signaling service handling.

User equipment proposes a duration to be applied to a time delay set by core network equipment, reducing unnecessary message exchanges during NAS procedures.

A buffer memory stores parameter change information independently of immediate processing to handle multiple scheduling priority indicator updates.

Processor manages coupling between external electronic devices through capability analysis, resolving connection management complexity in wearable systems.

A network node sends detach request messages to terminals with failed PDN connections, inducing autonomous re-establishment of the data session.

A processor manages dual cellular connections by selecting a network to release based on surface heating temperature, layer count, and transmission power.

Mobile power source unit establishes wireless link with access control device, eliminating costly cabling and frequent battery replacements.

A temporary default bearer establishes and releases during packet data network sessions to conserve network resources.

An external secure intelligent secondary router generates isolated Wi-Fi networks for authorized computing devices.

Base stations exchange cell size and dual connectivity capability data during setup procedures to reduce handover frequency and ensure service continuity.

User equipment employs MAC Control Elements to reselect base station beams during inactive state transitions.

A protocol exchange framework enables application-aware scheduling in wireless networks.

Keep-alive messages prevent radio disconnection during call setup, reducing cycle time and voice clipping.

A User Equipment manages Secondary Node addition via timer-based failure detection and reporting.

Burst radio link communication extends mobile service coverage beyond cellular networks by relaying data through intermediate access points to remote devices.

A user equipment receives preemptive geographic mobility support data to select valid inter-RAT transitions without trial.

Integrating user plane function edge components into the radio access gateway reduces packet latency and eliminates unnecessary IP manipulation.

Devices pair automatically by correlating optical, acoustic, or vibrational sensor data to eliminate manual name selection errors in crowded spaces.

Segmentation and intermediary principles enable a secure tunnel through an untrusted link, maintaining service continuity while keeping payload indecipherable.

A relay user equipment device transmits an MBMS Interest Indication message to a base station to forward broadcast content.

Network exposure function provides a unified interface to support infrequent data communications.

A network switching method routes data through an intermediary terminal to maintain connectivity between a wearable device and a cellular network.

User equipment triggers a second registration procedure in a non-5G network upon detecting a first failure instance of the subscription concealed identifier calculation.

Terminal device transmits scheduling request configuration information during random access procedures to network devices.

Direct inter-device links bypass base station routing to reduce power consumption and improve spectral efficiency.

A session manager exchanges identity and position data with proximate devices to establish collaborative contexts.

Broadcast actuation commands trigger portable capture devices to record media data automatically, eliminating manual activation delays during emergencies.

A second user equipment relays sidelink radio resource control reconfiguration messages between source and target devices to establish connections.

Processors select external devices by detecting highest signal strength change, resolving pairing navigation challenges for display-less electronics.