Connection Management TRIZ Cases

Autonomous feedback resource selection eliminates centralized scheduling latency while maintaining spectral efficiency in V2X unicast communications.

An intermediary tag device collects basic information from IoT devices to resolve the contradiction between complex registration processes and connection time.

WTRU evaluates sidelink positioning reference signal quality to determine anchor suitability and manage positioning groups.

Pre-transferring AI models during handover preparation reduces synchronization overhead and energy consumption.

User equipment switches unlicensed spectrum resources when LBT failure counts reach a threshold, reducing transmission issues caused by Wi-Fi interference.

User device detects P-CSCF unresponsiveness and initiates re-registration to restore IMS connectivity.

A network device performs bearer type changes for user equipment without triggering handover procedures.

A wireless terminal selects preferred discontinuous reception configurations from network-offered subsets to optimize power consumption.

Segmenting logical channels by priority prevents high-priority data from being blocked by lower-priority traffic, ensuring efficient processing.

Network device transmits paging indication via omnidirectional control channel to resolve coverage area versus system overhead contradiction.

A master and slave circuit module exchange session initiation commands to generate unique session IDs for secure wireless communication.

A UE-to-UE Relay establishes a PC5 unicast link by exchanging Layer-2 ID messages between User Equipment devices.

A D2D UE switches access nodes via bearer control information to maintain data transmission continuity.

A network node control unit acquires layer state information to coordinate distributed functions between central and distributed units.

Segmented lower and upper identifiers resolve ID collisions during sidelink control information transmission between user equipment.

Communications apparatus reestablishes user plane resources using 5GMM protocol over the 3GPP control plane.

Segmenting regulatory and commercial location requests reduces signaling overhead and processing requirements while maintaining LTE emergency call alignment.

Control plane messages identify radio resources to manage data packet transmission, reducing interference between LTE and 5G NR technologies.

A pseudo-AMF node segments group communication into individual unicast PDU sessions to resolve reliability and adaptability contradictions.

A terminal reads ramp agent biometrics to verify identity and employer authorization before establishing aircraft radio communication.

A mobile station transmits buffer status reports through distinct logical channels to a radio base station.

Dynamic MIMO layer selection adapts terminal transmission parameters to balance data rate and latency across eMBB and URLLC services.

User equipment switches uplink bearer protocols during handover to maintain continuous data transmission with the target base station.

A communication device manages signalling radio bearer configurations by processing RRC connection reconfiguration messages and controlling PDCP entity states.

Segmenting connection information into virtual and physical memory allows a cellular network to accommodate more users without exceeding RAM constraints.

A near field communication controller activates shared radio frequency interfaces for multiple hosts using matched configuration data.

A communication apparatus uses preconfigured data radio bearers to transmit user plane data without establishing an RRC connection.

Transmitting frame timestamps over LMR networks synchronizes video playback, eliminating confusion from LTE latency among public-safety officers.

A 5G non-IP data delivery architecture establishes dedicated PDU sessions and buffers data at network functions to support IoT devices.

A session management function entity selects a correct gateway based on user equipment state information to route downlink data.

Base station transceivers configure temporary radio resource sets for device-to-device communication sessions.

Dual circuits switch between LTE and WCDMA networks by maintaining the previous connection in an idle state, reducing power consumption and network load.

Primary communication device transmits release indication to grant secondary users access to remaining scheduling interval time.

I-CSCF modifies terminating messages to candidate S-CSCFs, establishing SIP sessions during HSS outages.

Originating user equipment downgrades real time text sessions to voice-only calls when network features are unavailable.

A web-based system delivers Automatic Location Indication data to first responders via mobile devices.

Per-frequency measurement gap configuration reduces unnecessary signaling and prevents throughput loss by coordinating master and secondary nodes.

Network Controlled Small Gaps enable User Equipment to signal interruption support capability on a per-UE or per-component carrier basis.

A first node generates a non-reversible string identity from a remote user equipment identifier for secure cellular network connection.

Secondary key counter entries enable rapid PSCell switching while reducing configuration complexity.

A location sharing session updates terminal displays with current position data while maintaining a concurrent voice communication interface.

A network assisted beaconing method uses pilot sequences to estimate device-to-device channels.

A network entity assigns frequency channels to device clusters, enabling efficient resource sharing across multiple wireless devices.

Master node dynamically increases measurement thresholds to ensure strong uplink signals, reducing SN-addition failures caused by high uplink noise.

Serving base station requests device-to-device support status from neighbor cells to select compatible targets, maintaining service continuity during handovers.

IAB nodes use pre-configured parameters to execute autonomous handovers, reducing link failures and improving data rates at network edges.

Synchronizing user equipment information across base stations within a radio notification area reduces signaling overhead and accelerates RRC state switching.

Beacon signals advertise specific relay capabilities to match devices, reducing power consumption by avoiding inefficient neighbor discovery.

Assigning link-dependent scheduling request formats improves ultra-reliable low-latency communication reliability under varying channel conditions.