Connection Management TRIZ Cases

A non-access stratum flag indicates extended messaging availability in separate messages.

Software-based coordination using GPIO signals and TDM assistance information reduces in-device coexistence interference without costly hardware redesigns.

Segmented inactivity timers keep core network links established longer than radio links, reducing reestablishment frequency and processing burden.

A mechanism selects blind or threshold-based secondary connection addition based on access node beamwidth.

Information processor acquires network settings using device identification extracted from route setting packets.

Pre-stored encrypted subscriber mapping enables call establishment in isolated public safety networks without core connectivity.

An Automatic Emergency Call Initiator triggers emergency protocols on mobile stations without manual user input.

Dual-band RRC signaling routes control messages via conventional links to establish millimeter wave paths, resolving handover complexity.

Nodes exchange indication information to coordinate reporting criteria quantities for cell measurements.

A network entity stops paging remote UEs after direct links are established.

Separate sidelink DRX parameters align wake cycles with resource availability, preventing missed grants and optimizing power consumption.

Authentication process verifies terminal applications before granting network slice access, preventing fraudulent use by non-compliant software.

IKE exchanges create binding cache entries to prevent incorrect charging during 3GPP handoffs.

A network access device uses a telephone number to verify incoming connections before allowing data traffic through the firewall.

Application function detects abusive access patterns and triggers packet core network session termination via Diameter protocol messages.

A single transceiver chain dynamically switches between multiple communications protocols using software-defined radio technology.

Terminal equipment applies stored radio resource control configurations to restore connectivity after layer two signaling triggers a cell switch.

Pre-provisioned security keys enable autonomous conditional handovers, resolving radio link failures without real-time network intervention.

Gateway transfer module converts PoC media streams into message patterns, enabling session storage and broadcasting without new infrastructure investment.

Provider Backbone Bridge headers embed location data to identify client positions, enabling emergency dispatch and lawful intercept in high-capacity networks.

A terminal embeds reconfiguration messages within LTE transfer structures to route control data through the master node.

A remote user equipment establishes a PC5 connection with a relay node to forward configuration messages through an indirect path.

A terminal apparatus MAC entity detects timer allocation tag expiration to trigger random access for secondary cell group activation.

Terminal receives base station indication to activate user plane security for data radio bearers carrying SNPN credentials.

A smart repeater processes side control information to amplify signals and forward data within a wireless network.

A communication system uses a token inserted by a participating server to route user plane messages while managing identity data.

A communication system uses a display device as an intermediary to relay pairing authentication information between wireless devices.

Forwarding inter-user equipment requests to capable third devices reduces coordination delay and improves sidelink efficiency.

A trainable transceiver consolidates RF, Bluetooth, and cellular interfaces to control remote devices without increasing vehicle system complexity.

A relay wireless device forwards paging information to remote devices via a dedicated link.

Dynamic bandwidth part configuration optimizes radio resource utilization to reduce device complexity and power consumption during carrier aggregation.

A first node selects a second node for positioning based on advertised capabilities and network coverage information.

Information processing apparatus acquires device information to display specific setup guidance for connecting communication devices.

Periodic transponder occasions allow user equipment to update location information without continuous active monitoring, reducing localization latency.

Maintaining the NAN link during setting information transfer reduces processing overhead by avoiding re-establishment costs after transmission errors.

A network controller detects paging failures and transitions user equipment from circuit-switched fallback to non-CSFB mode.

Pulse wave authentication verifies identity via biological signals, preventing wireless spoofing attacks while maintaining user convenience.

A gNB Central Unit decodes delay assistance information from a Distributed Unit to determine communication link delays.

Intermediary authentication eliminates insecure credential distribution to customer premises equipment, enabling rapid network connection.

A dual SIM mobile terminal manages positioning sessions across multiple subscriptions using dynamic network switching.

An intermediate device exchanges activation data via an NFC interface to unlock functions on devices lacking direct internet connectivity.

Gap configuration requests coordinate switching between network operators to reduce power consumption and prevent service packet loss on the serving SIM.

A microprocessor manages multiple host connections using stored identification codes and a first-in-first-out selection algorithm.

Segmenting control channels into dedicated paths for delay-sensitive and general services reduces latency while maintaining reliability.

Terminal performs early measurements during RRC idle state and reports validated results upon connection resumption to reduce latency.

Segmented hybrid cell vRAN architecture uses application-specific routing policies to establish dual-active PDU sessions across distinct cell types.

Radios use RSSI thresholds to automatically form talkgroups, reducing setup time while maintaining communication reliability.

A multi-chip controller assigns data to independent chips for reliable transmission in Wi-Fi multi-link operation.