Connection Management TRIZ Cases

Application function coordinates direct user equipment connections without data network access identifiers.

Segmented downlink control information directs user equipment to receive multicast broadcast service data, reducing power consumption and signaling overhead.

A user equipment manages PDU session recovery during RRC inactive state transitions using NAS messages and lower layer indications.

A PDP compatibility application maintains context data via a transparent tunnel to support mobile devices connecting through IP-based networks.

User equipment generates a ProSe ID expression to broadcast device identity, resolving network control conflicts during direct connection setup.

Packet Data Gateway uses Mobility Management Entity handover completion notifications to trigger session management re-initiation.

A first terminal constructs and sends a resume request via a server to re-establish a call after switching networks.

SMF selectively deactivates downlink connections while maintaining uplink paths, reducing signaling overhead and preserving data transmission capability.

Segmenting IMS traffic into dedicated Data Radio Bearers improves transmission reliability while managing device complexity.

User equipment selects measurement configurations based on selection parameters to log data in RRC idle mode.

A wireless transmit unit receives a virtual machine and sends a PDU session request to establish connectivity.

A polymorphic network control system separates identifiers from locators to support mobile terminal access.

A Secondary Node initiates SCG configuration release via inter-node signaling.

A user equipment suspends data radio bearers upon detecting a link failure to preserve context during wireless communication disruptions.

A radio link controller manages wireless connections across multiple protocols.

Radio Unit measures PRS-SRS time difference while User Equipment reports internal delay for accurate Round Trip Time calculation.

Assigning global identification information via a remote resource allows decentralized data sharing that minimizes storage and processing demands.

Autonomous sidelink scheduling reduces interference by broadcasting resource allocations and using dynamic feedback loops.

MME generates integrity protected cell redirection commands using authentication keys to verify eNodeB authenticity and prevent fake network attacks.

Uplink assistance information reduces latency and power consumption in extended reality sessions.

A radio communication device monitors multiple channels simultaneously to consolidate public safety operations.

A noise indicator generates a covariance matrix for accurate signal demodulation in wireless communication systems.

A proxy media service mixes monitored push-to-talk streams to enable simultaneous two-way communication across half-duplex and full-duplex networks.

Synchronous probe packets assess multiple wireless links simultaneously, reducing latency from unsynchronized channel refresh rates.

A social listening platform merges music streaming with bidirectional voice channels for group interaction.

Decoding a downlink control information message before the physical downlink shared channel reduces power consumption in idle mode.

A user equipment selects a dedicated random access configuration to transmit preambles over narrower bandwidths.

A session connection controller manages transport, network, and physical layer sessions to optimize resource utilization.

Automated packet tracing system tracks forwarding information across network elements using unique identifiers.

A communication management resource monitors backhaul status to control wireless connectivity at a first wireless access point.

Segmented validation and intermediary mediation secure network settings against unauthorized configuration changes.

Orthogonal coding separates 4G LTE and 5G NR transmissions on shared frequencies, resolving spectrum scarcity while maintaining reliable dual-connectivity.

First base station retrieves user equipment context information through a mobility management entity.

A QoS monitoring procedure measures round-trip time on multiaccess connections.

Terminal initiates beam failure recovery directly to bypass timer-based detection delays and restore connections quickly.

Machine learning analyzes reply sentiment and context to detect opt-out intent, resolving keyword matching failures and ensuring legal compliance.

Segments user plane connections into hierarchical levels to reduce signaling overhead while maintaining data transmission efficiency.

A processor-based mechanism determines time correction needs in electronic timepieces by evaluating elapsed intervals since the last update.

A user equipment manages random access procedures in an RRC inactive state using a dedicated failure detection timer.

A network access client automatically selects connection methods based on device location data to establish seamless connectivity.

A mobile application detects unintentional call drops and initiates automatic reconnection attempts using network polling.

An access point selects a second device to establish a wireless cellular backhaul connection.

Terminals request paging resources only when needed, allowing the network to reuse reserved spectrum and improve utilization during idle periods.

Segmenting tunnel endpoint identifiers reduces hardware resource demands while maintaining analytics quality for communication networks.

An SRVCC interworking function facilitates handovers between next-generation and universal terrestrial radio access networks.

A dual access point system transmits multicast data via a primary node while a secondary node handles individual recovery requests.

Target AMF validates network slice availability to prevent unnecessary signaling overhead during handover.

A core network node determines early data transmission initiation based on downlink data size.

UE autonomously selects narrowbands for measurement reports based on time gaps, enabling base station adaptation without increasing scheduling complexity.