Connection Management TRIZ Cases

A locking apparatus uses BLE and ultra-wideband to authenticate users via distance and angle measurements.

A wireless device configures reduced resource sets on network connections to conserve battery power during dual connectivity operation.

A base station transmits updated connection settings to wireless terminals during inactive periods.

Automatic power cycling of a WWAN modem based on signal strength and attachment status eliminates manual intervention for unstable remote links.

A COT-SI mechanism reserves channel occupancy time for sidelink communications in unlicensed bands.

The system dynamically adjusts inactivity timers using mobility reports and service types to minimize signaling overhead while reducing user equipment power consumption.

A UE in RRC inactive state transmits a resumption message to trigger base station resource release.

A relay user equipment triggers a base station to verify remote device service authorization before forwarding requests.

A tunneling link access control processor encapsulates essential sub-layers to notify mobile stations of circuit switched events over packetized data networks.

An intermediary network function forwards radio access network event reports to analytics systems, resolving interface complexity without direct connections.

A network apparatus examines user equipment parameters during handover requests to inhibit packet switched connection release when active calls are present.

Interworking function translates circuit-switched signaling to IMS protocols, enabling voice and SMS services without VoLTE roaming agreements.

Segmented resource pools resolve conflicts between coverage and reliability in wireless systems.

Explicit indicators guide user equipment to release or apply conditional configurations, resolving handover latency and reliability trade-offs.

A firmware over-the-air server modifies discontinuous reception parameters to extend device connection windows.

User equipment applies channel quality information offsets to recover modulation and coding scheme allocations after communication interruptions.

A base station processor allocates radio resources for direct device-to-device communication based on user terminal data amount notifications.

A wireless device discovers peer-to-peer capabilities by exchanging network connection information to select an optimal link type.

Segmented PC5 Layer-2 and Uu identifiers resolve relay UE recognition inefficiencies during direct-to-indirect link switching.

SMS and USSD channels carry call control signals to enable seamless WiFi cellular hand-off without complex network upgrades.

A combining circuit with rejection filters minimizes interference between overlapping 5G and WiFi bands, maintaining high data rates.

A peripheral device receives network credentials from a host computing device over a wireless sideband communication channel to establish connectivity.

MME manages PDN connections during SIPTO to maintain service continuity.

A user equipment controller configures transition timers based on service exemptions.

A relay user equipment coordinates D2D and cellular transmissions via dedicated subframes.

Modifying the downlink notification procedure with specific indicator bits reduces preamble collision and unnecessary padding while optimizing resource use.

Coordinate-based segmentation allows partial screen mirroring, resolving the trade-off between full display versatility and user control over shared regions.

A mobile device delays resource release to maintain voice call continuity during network transitions.

A release cause configuration mechanism prevents user equipment from initiating unnecessary random access procedures upon data inactivity timer expiration.

Reconfigurable intelligent surfaces embed security keys via modulation signatures to authenticate downlink signals.

Software-based authentication replaces physical SIM cards, resolving device complexity and environmental contamination issues.

A mobile device uses the power button to retrieve emergency contact data without unlocking.

A vehicle device display unit shows concurrent selection parts for multiple wireless connections to enable easy switching between cooperation methods.

Monitoring PDU session release status detects SA cell abnormalities, enabling automatic switching to target cells for stable connectivity.

A representative identifier in call service messages identifies cell sets within a base station controller.

Mobile alerting app uses device IDs for anonymous notification delivery.

Smart contracts execute to detect restricted devices and enforce routing protocols, resolving unauthorized data access issues.

A single radio subsystem dynamically switches between Wi-Fi bands to serve client devices.

Separating radio resources into independent transceivers prevents missed incoming events on a secondary identity while the primary connection remains active.

A dynamic voice codec translation mechanism maintains high audio bandwidth and bitrate during cross-device communication.

User equipment receives state transition indication information from a radio network controller to transit directly to a target RRC state.

A mobile router information management server registers identification data for attached communication terminals to enable direct data transfer between routers.

A digital trunking terminal manages radio frequency module transitions to enable direct mode communication.

A relay device aggregates data from multiple machine-to-machine sensors before transmission.

Direct tunneling eliminates MBMS-GW complexity to reduce routing latency and improve service reliability.

A terminal control unit releases secondary cell group resources upon deactivation and initiates random access procedures upon activation.

A robust beam switching mechanism distributes capacity across user terminals using multiple gateway terminals.

A first device displays a dynamic graphic pattern on an external second device for automatic wireless pairing.