Connection Management TRIZ Cases

A session routing node routes signaling data directly through the serving network, reducing capacity consumption while maintaining service control.

A PoC server sets a floor idle state at session initiation and notifies both terminals to enable fair acquisition.

A wireless connection manager coordinates simultaneous radio usage across computing devices.

User equipment sends failure messages via the Secondary Cell Group to trigger master node connection reconfiguration.

A messaging system detects user presence across multiple devices to route messages to the closest communication device.

Gateway mediates communication between host and dependent devices to reduce network maintenance complexity.

Network configures identifiers to enable user equipment quality of experience measurement continuity across radio resource control state transitions.

Pre-configuring Layer-1 destination addresses at user equipments bypasses core network routing, reducing communication latency and resource utilization.

Embedding MBMS status information in RRC Connection Request messages enables idle user equipment to report service usage during state transitions.

Network device tracks prepared cell counts and activities to reduce unnecessary preparations and radio link failures.

Segments bearer configuration into independent parts to eliminate resource allocation failures while maintaining dual connectivity operation continuity.

A transmission terminal selects available candidate link identification seeds from a pre-generated pool to initiate device-to-device pairing.

Handheld computer stores identification data to identify itself in a mobile radio network, eliminating physical SIM card damage and exchange complexity.

Orthogonal non-consecutive measurement gaps configure flexible time resources for wireless communication systems.

Macro base stations analyze RLF reports to adjust bearer split timing, resolving connection failures in layered networks.

A GTP proxy intercepts session requests to route mobile data traffic, resolving the inability of shared 4G cores to differentiate 5G use cases.

A terminal sends a PDN disconnection request to the mobility management entity to delete data bearers when the data switch is disabled.

Mobile device fetches access point information enabling intelligent apparatus server login, reducing configuration time for multiple devices.

A computing device identifies a preferred wireless peripheral by tracking prior connection activity levels to enable automatic pairing.

A BLE host device compares scan results against a high priority list to stop searching once target peripherals appear.

A communication apparatus manages radio resource control state transitions between inactive and connected modes to maintain network connectivity.

A terminal device suspends access to a target primary secondary cell during radio resource control connection reestablishment.

A user equipment transmits a registration request message indicating support for ultra-reliable low latency communications to establish a protocol data unit session.

A VoLTE apparatus negotiates a maximum packaging interval aligned with the CDRX period to reduce power consumption.

Aggregated signaling reduces wireless resource usage by merging multiple terminal data transmissions into single network function messages.

Wireless positioning terminal merges direct and reflected wave signals into a single trajectory, resolving matching accuracy versus time trade-offs.

Master eNB coordinates bearer mapping during secondary node addition to prevent configuration mismatches and packet loss from partial failures.

Terminal device signals handover failure to source network device, which maintains the suspended RRC connection to avoid reestablishment delays.

A distributed evolved packet core anchors IP sessions locally at edge nodes to handle user equipment transitions between radio access points.

eNB selects compatible security algorithms during RRC connection re-establishment to prevent UE access failures caused by algorithm incompatibility.

Determines target transmission resource sets using distance thresholds and location information to optimize D2D communication quality.

Mobile stations compute connection identifiers from broadcast offsets, eliminating sequential message exchanges that cause handover delays.

An authentication and authorization function mediates device requests to grant limited service access without primary subscription.

Offset PRACH configurations and expanded preamble sets allow link-budget-limited devices to transmit random access messages without impacting network capacity.

Pre-configured User Plane Function profiles reduce session establishment time and signaling bandwidth by activating bulk detection rules.

Location aware interworking function selection reduces latency and jitter by routing traffic through geographically closer network nodes.

Terminal devices use network-provided cause values to select specific recovery actions, reducing link restoration time during communication failures.

A control plane device sends a tunnel resource request to a forwarding plane device, which allocates and returns the resource for packet data network connection establishment.

A transmission control method schedules associated resources within active times to maintain consistent availability.

A conditional handover mechanism selects target cells from candidate lists based on channel conditions and bandwidth.

A wireless access point modifies discontinuous reception parameters for high power user equipment to conserve battery energy.

A communication terminal stores and verifies updated and fixed ID information to maintain active links with Bluetooth Low Energy devices.

A wireless node monitors multiple signal sets to trigger targeted link recovery procedures for rapid beam restoration.

Embedding downlink data in paging messages reduces LTE control message complexity.

A communication apparatus control unit inhibits direct wireless connections when infrastructure mode is active.

A telematics unit replaces assigned mobile numbers with dummy identifiers upon receiving a deactivation command.

Rendering identification information via output devices resolves pairing confusion and delay in multi-device environments.

Remote user equipment generates measurement reports containing source Layer 2 identifiers of serving and candidate relay devices.