Connection Management TRIZ Cases

A network maintaining equipment establishes a wireless communication link with an LTE base station for remote data collection.

A user equipment skips IMS registration upon receiving a new IP address for multi-homing based PSA addition, optimizing resource usage and improving efficiency.

Backup user equipment detects primary device failure via direct link and resumes network sessions to prevent service disruption.

Session Management Function allocates address information to User Plane entities via Path Management coordination.

A first User Equipment associates sidelink RLC configurations to form parameters.

Configuring dedicated ranging time windows and gaps allows user equipment to execute measurements without overlapping legacy communication opportunities.

Merging signalling and media into one packet data protocol context reduces resource usage in multi-access networks.

MTC device attach procedure identifies subscriber using IMSI without transmitting temporary identifiers or last location data.

A network node allocates dedicated radio resources to known wireless devices using S-TMSI identifiers during random access procedures.

Electronic ear-wearable device acquires configuration information from an external host upon insertion to set its own address.

A base station manages temporary user equipment capabilities during handover procedures.

A relay UE forwards delay status reports from remote devices to a network entity, enabling efficient resource scheduling and preventing data loss.

A dynamic data relaying service pairs remote and relay devices on a per-packet basis using peer-to-peer authentication.

Unified cell discontinuous transmission configuration reduces user equipment complexity in multi-cell wireless networks.

A transceiver coordinator reduces scheduled monitoring tasks on a secondary card, preventing interruptions and enhancing data rate for the primary card.

User equipment exchanges probe tokens to compare identities and generate reports, reducing battery consumption while maintaining communication reliability.

A communication system selects disjoint paths by analyzing network node locations and segment lengths to establish reliable connections.

Mapping functions distinguish unambiguous alarm bits to reduce false alarms and power consumption.

A mobile communication scheduling method allocates resources at predetermined timings to reduce transmission delay.

RRC release messages indicate inactive state transitions via suspend configuration fields, reducing signaling overhead and power consumption.

MPTCP flow mapping segments data streams across multiple EPS bearers to aggregate network resources, resolving single eNB throughput limits.

An emergency deadline mechanism monitors HTTP data buffers and triggers proactive network interface switching to prevent data stalls during radio transitions.

An indicator in the release message prevents retry attempts, resolving contradictions between interface removal efficiency and operational complexity.

A network node updates MBMS bearer contexts by processing session update requests containing new quality of service parameters.

Establishing a direct tunnel between the radio access network and packet data network gateway bypasses the serving gateway to reduce latency.

User equipment derives sidelink communication time windows from cellular discontinuous reception cycles, reducing interference with base station transmissions.

Source AMF coordinates target SMF selection and PDU session context updates to maintain service continuity during 5G network changes.

A resource allocation system switches between time-separated and simultaneous modes for cellular and device-to-device communications.

Segmenting network access allows unsubscribed users to reach emergency services while preserving security and resources for subscribed subscribers.

A dual carrier mobile device receives data from two cells simultaneously to maintain continuous service during network transitions.

Cell broadcast center triggers machine type communication devices using group identifiers, resolving network congestion from simultaneous data collection.

A joint sidelink positioning reference signal sequence embeds demodulation reference symbols within the transmission structure.

Pre-trained model templates enable rapid edge deployment, reducing development time while maintaining customization capability.

A control message configures a wireless terminal for small data transmission while maintaining the RRC inactive state.

Dynamic logical channel prioritization reduces URLLC transmission latency by adjusting MAC CE priority based on time-critical data presence.

Clustered measurement gaps aligned with DRX cycles reduce power consumption and improve scheduling opportunities during inter-frequency measurements.

A user equipment generates capability information based on candidate band combinations and filtering data for accurate transmission.

A roaming access network discovers a terminal's home network to negotiate session personalities based on supported radio access technology versions.

A Virtual Shared Mobile apparatus groups multiple MTC devices into a single virtual entity to consolidate network management.

A base station configures a mobile station as a security agent to enable device-to-device authentication.

Electronic device scans sink devices and establishes connections based on proximity, eliminating manual pin code entry and complex interface settings.

A wireless apparatus transmits identifiers to enable mobile devices to retrieve dynamic information from a central server.

A wireless device transmits a radio link failure report indicating beam failure recovery as the cause.

Synchronizing Hyper Frame Numbers prevents deciphering failures and maintains throughput when LTE mobile stations switch connections.

First base station retrieves user equipment context from a second base station to enable immediate engaged mode resumption.

Physical layer control information triggers conditional reconfiguration, reducing mobility management complexity during network node changes.

Concurrent dual-base-station communication with common packet data convergence protocol functions reduces handover latency.

A method defines RACH parameters jointly applied to multiple feature combinations.

User equipment delays scheduling request transmission during DRX on durations, avoiding premature wake-ups and reducing power consumption.

Default bearers enable SRB0 transmission before end-to-end connection establishment.