Connection Management TRIZ Cases

A system matches user device identifiers with network devices to establish paired communication for control.

Segmenting discovery into a small probing step and conditional full transmission reduces power consumption while maintaining reliable coverage.

Mediator entities coordinate relay discontinuous reception cycles to balance energy efficiency with communication reliability.

Commissioning activator displacement triggers wireless identification signal transmission for secure device integration.

Manager SDN Controller instantiates virtual network functions as slices to route user plane traffic based on service characteristics.

Core network element configures and distributes segmented identification numbers containing service parameter information to manage vertical industry identities.

Device detects algorithm mismatch between new NR and legacy LTE standards, switching to equivalent security parameters to prevent connectivity interruptions.

A D2D server offloads discovery from the control plane by registering devices and alerting them on proximity, reducing channel resource consumption.

A base station paging method uses assistance data to target specific cells for terminal communication.

A D2D terminal transmits scheduling request indication signals in a first subslot before sending data requests in a second subslot.

Activating multiple semi-persistent scheduling configurations resolves fixed period inefficiencies in dynamic V2X service data transmission.

Zone controller adjusts vocoder rates to maintain continuous communication as mobile stations roam between networks with varying RF site signaling types.

A terminal device establishes wireless connections via a general-purpose browser program without dedicated applications.

A guest controller establishes tunnels to unify wired and wireless access, reducing configuration complexity across mobility sub-domains.

SIP proxy bypasses NAT restrictions by establishing network-initiated data sessions for content delivery.

Merges RF antennas and optical elements to resolve dead spots in large indoor areas, ensuring stable coverage for automated guided vehicles.

Network device triggers rapid RRC release and redirect to return mobile devices to 5G standalone mode after voice calls.

Segmenting paging messages with tracking area codes reduces false wake-ups and energy consumption during soft switch operations.

AAA server mediates control messages to maintain UE connection status, preventing implicit detachment when roaming between 3GPP and non-3GPP networks.

A neutral host network determines home routing capability using access point names to enable seamless connectivity.

User equipment stores inter access system anchor addresses to maintain service continuity during network transitions.

A network device exchanges system identifiers between application management units to establish direct connections.

Per UE network controlled small gap configuration enables RF retuning for signal measurements without interrupting primary or secondary cell data transmissions.

Packet gateway constructs vendor-specific mobility option fields carrying session identifiers, decoupling service logic from evolved packet core elements.

A communication control system manages voice and media sessions across LTE and non-LTE networks.

A network node multiplexes cellular and device-to-device channels using time and frequency division to separate transmissions.

A user equipment manages local area data network connectivity in 5G systems through defined registration and session procedures.

Terminal device determines sidelink PDCP duplication configuration information to activate transmission across multiple radio access technology branches.

A user-equipment-to-user-equipment relay mechanism discovers intermediary nodes to extend wireless communication range beyond direct device limits.

A voice communication method issues perceptual notifications to streamline electronic interactions.

A vehicle wireless network system authenticates mobile devices by comparing their velocity data against the vehicle's movement patterns.

User equipment generates new security keys during PDCP version change to maintain communication integrity.

A context recovery mechanism reuses valid connection parameters after radio link failure to maintain session continuity.

A vehicle computer system creates a priority list to manage wireless connections with mobile devices based on usage patterns.

Wireless device switches sidelink configuration from dedicated to broadcast signaling during state transition, maintaining continuous transmission reliability.

A communication device acquires appliance data and transmits program updates via UDP broadcast to multiple commercial laundry units.

A virtual device channel connects multiple second devices to a first device through a server intermediary.

A millimeter wave connection management system queues download requests to authorize access before terminals enter the communication area.

Sharing channel occupancy time across integrated access backhaul nodes reduces latency and improves resource utilization efficiency.