Connection Management TRIZ Cases

Heartbeat synchronization between server and terminal devices reduces system load caused by frequent resource checking during wireless disconnections.

A remote station sends an initial connection identity value to a wireless network for establishing data connectivity.

A user equipment inherits a timer value across radio access technologies during re-establishment.

Onboard machine learning models process sensor data to predict environmental blockages and guide wireless beam adjustments.

Mobile UE redirects video processing to remote terminals via IMS signaling, reducing battery consumption and improving display quality.

An edge computing management device generates virtual gateways in visited networks to route data traffic locally.

A user equipment transmits resume indications using the original radio access technology protocol format to ensure correct base station decoding.

User equipment initiates inter-system packet switched session transfer between LTE and UMTS networks.

User equipment autonomously selects and reports a preferred beam to the primary cell for secondary cell recovery.

A communication system switches network IDs between a multi-function peripheral and an extension phone set to enable power saving.

A packet sending method wakes idle mobile terminals in SDN networks by paging them to establish data channels.

ILNP breakout eliminates distant tunneling overhead by separating identifier and locator namespaces, reducing latency while preserving session continuity.

User equipment manages secondary cell group configurations during radio resource control resume procedures.

A user equipment processes random access responses to determine contention resolution status based on identifier consistency.

A gateway divides data processing across two server groups to route wireless terminal traffic efficiently.

Automatic wireless transmission of appliance identity data eliminates manual entry errors and safety hazards from high-position installation.

A terminal receives D2D configuration data containing a frequency indicator to identify the carrier for device-to-device operations.

Accessory enumeration of supported communication paths enables portable media devices to select optimal data routes for seamless transmission.

A private gateway switches from bridge to minimal service mode during disconnection.

Communications devices determine a second slot pattern by overwriting resource units based on network indicators.

A smart entry system uses infrared and vibration sensors to detect approaching users and establish wireless connections with their mobile devices.

A low complexity user equipment extends its idle discontinuous reception cycle by leveraging an assisting device to monitor paging messages on its behalf.

User Equipment generates integrity protected registration requests using shared Message Authentication Codes to secure communication across network transitions.

An infrastructure controller decouples IP bindings from forwarding elements, enabling dynamic redirection of service flows across virtualized network functions.

Subscriber repository verifies IoT user equipment types using device identity information for precise network access control.

A first device generates D2D route policies based on proximity information to enable dynamic traffic routing across connection groups.

Docking station bridges mobile devices and computers via Bluetooth Low Energy and Wi-Fi to transfer screen data without physical cables.

A user equipment generates proactive resource request messages to transition to lower latency communication states.

Downlink early data transmission via paging messages reduces signaling overhead and power consumption for idle mode user equipment.

A secondary node transmits cell configuration data to a master node in 5G networks.

An integrated HLR and SMSC architecture detects undeliverable messages to update subscriber status records.

Explicit F1 connection status indications synchronize resource release with signaling, preventing radio link failures.

A multi-access PDU session establishment method extends single access sessions to support multiple networks.

Dynamic switching between Bluetooth and magnetic links maintains reliable audio streams despite cross-body interference in compact earbuds.

A network node transmits a flag indicating dual connectivity support to user equipment.

Gap encoding and RLC status reporting enable terminals to establish light connections without random access, reducing overhead while preventing packet loss.

Base station transmits RRC configuration to enable terminal QoE measurement reporting in idle mode.

A base station detects data packet application types to assign specific inactivity times for user device idle state transitions.

Communication device detects radio link problems and suspends uplink transmissions, preventing signal interference during base station handover.

A base station receives a D2D mode indication and establishes a direct device-to-device connection when resources permit.

Network adjusts RRC Connection Release timers based on UE mobility status, reducing battery consumption while maintaining network resource efficiency.

Segmenting measurement configurations by cell group resolves communication efficiency bottlenecks in dual connectivity scenarios.

User equipment selects optimal frequencies using neighbor lists to improve call success rates.

A radio access network node associates edge server identifiers with internal terminal IDs to enable direct control message exchange.

A load-balancing service routes client requests to server instances using virtual IP addresses and multiplexes multiple data streams over a single physical link.

A network controller retrieves device identifiers from a database to determine geographic position for mobile devices on IP-based networks.

A gateway sends a deregistration request to a terminal peripheral for local data removal.

User equipment reports accessing failure events to enable network control nodes to adjust access mechanisms.

A push-to-talk server dynamically creates communication groups based on subscriber profiles.

A session admission control system manages bandwidth allocation for broadband wireless networks.