Connection Management TRIZ Cases

Dual RRC connections enable fast fallback via pre-allocated resources, reducing link recovery time during NLoS transitions.

Transport nodes determine link status and send messages to radio nodes, preventing unnecessary equipment restarts.

Uses existing radio communication antennas to measure signal attenuation, enabling electronic devices to detect water submersion and prevent hardware damage.

Listen-before-transmit failure detection enables wireless devices to abort recovery procedures upon configuration changes, reducing transmission delays.

Differential coding on payload data lowers collision probability and enhances decoding accuracy, reducing latency and power consumption.

Network-based radio resource management allocates time-frequency resources for discovery signals, mitigating interference and ensuring data delivery guarantees.

Configures multiple semi-persistent scheduling resources within discontinuous reception active periods to enable dense uplink data transmission.

An anchor cell management system coordinates LTE and 5G base stations to establish reliable dual connectivity sessions.

A user equipment sends a scheduling request carrying a device-to-device transmission resource indication to an evolved NodeB.

A master base station retains secondary configuration information to manage radio resource control connections during dual connectivity transitions.

Location filtering in Wi-Fi Direct probe signals prevents unnecessary device detection and privacy breaches.

A user equipment receives a measurement list from a base station and measures signal quality of candidates independent of designated periods.

Centralized forwarding rules at a transit device reduce the quantity of N19 tunnels and decrease synchronization complexity across user plane network elements.

A removable NFC tag stores connection credentials to resolve the trade-off between ease of operation and loss of login information during device pairing.

A dual voice link order system establishes separate local and remote communication paths to enable continuous customer interaction.

Synchronizing directory databases enables dynamic bandwidth allocation that maintains quality of service despite limited wireless network resources.

A load balancer routes connection requests to specific IoT clusters using unique identifiers.

Evaluating coordination types enables dynamic resource assignment that reduces latency and power consumption in mixed-type NR sidelink scenarios.

Enhanced location request procedures enable efficient sidelink positioning and ranging for multiple user equipments.

Communication apparatus delays data start timing using service role information to synchronize network interfaces.

A bidirectional tunnel between MAG and LMA allocates GRE keys to distinguish data packets by service flow.

Transparently tunneling mobile signaling through an unmodified cellular network to a VoIP core, resolving hybrid network handoff continuity challenges.

Session management function entities transmit protocol data unit set quality of service parameters to target base stations during wireless communication handovers.

Network nodes determine regional local environment integrity indicators and send them to wireless devices for positioning assessment.

A terminal requests a core network device to switch its positioning mode when the current mode is unsupported.

A packet domain event reporting command enables a mobile termination to autonomously request secondary address bearers.

A security parameter indication field in uplink and downlink data enables accurate decryption key selection during PCell changes.

Network scheduling prevents data transmission during paging occasions, eliminating packet loss and improving reliability in dual-SIM user equipment.

Service-aware traffic session timers select timeout values based on data traffic session type and stage.

A wireless network booster uses timing offset information to synchronize mobile device transmissions with its directional reception orientation.

A hybrid fiber wireless network uses point-to-point wireless links to connect separated home clusters.

User equipment detects base station reference signals to perform radio link monitoring only when valid transmissions occur.

Analyzes radio link failure reports to categorize secondary cell group handover errors, enabling fine-tuning of parameters to reduce failure rates.

An in-vehicle apparatus re-selects communication frequencies to maintain point-to-point links.

Segmented communication links enable simultaneous subscriber profile access, eliminating complex APDU command management on single ISO connections.

A terminal determines dual connectivity status based on active SIM type to manage network access.

A Protocol Adaptation Layer unit controls session teardown procedures for wireless USB connections.

Segmented radio link failure reports enable network nodes to forward specific source and target cell diagnostics, improving decision quality.

Access network device sends handover request to establish circuit switched voice service when 5G signal coverage is insufficient.

A local evolved Node B detects radio link failure, stops related data transmission, and notifies a macro node to resolve coordination issues.

A PoC control server expels anonymous users using SSRC identifiers and wildcards to manage session access.

A connectivity management entity coordinates wireless connections among group devices to optimize resource allocation.

A relay terminal allocates distinct frequency resources to uplink and downlink signals within the same carrier.

A wireless terminal triggers a routing area update to initiate intersystem handover between radio access networks.

Segmenting PDP contexts into control and user planes reduces network resource burden and signaling latency by eliminating redundant setup for each service.

User equipment transmits user plane IP data packets through an established signaling connection without establishing a radio access bearer.

Computing devices detect movement by comparing received wireless signal strength against dynamically learned ranges.

Segmenting the S1 interface into multiple connections between an MME and front ends resolves LTE scalability constraints.

Stopping the DRX timer T319 during CELL_PCH to CELL_FACH transitions prevents system malfunctions and ensures accurate cycle application.