Connection Management TRIZ Cases

A user equipment manages radio resource control states to enable small data transmission without full connection resumption.

Broadcast signals transmit paging information to terminals supporting multi-connection, reducing latency and power consumption during 4G-5G coexistence.

A server validates device requests using beacon data to initiate user authentication and establish account associations.

Transmission UE receives resource allocation information from a base station to define control and data regions using multiple frequency points.

Method pre-establishes voice session context during LTE to 2G or 3G handover, eliminating post-handover call setup delays.

A connection management application modifies socket file descriptions to enable user-intentional packet data link selection.

Base stations coordinate data offloading via RRC flags to reduce radio link failures caused by interference in heterogeneous networks.

First terminal determines distinct transmission timings for base station and device discovery signals to enable direct communication.

A wireless device exchanges key use information with a network node to replace security keys without performing a random access channel procedure.

Discontinuous transmission cycles LTE and Wi-Fi activity while channel reservation messages preemptively secure the shared medium to reduce interference.

A user equipment detects broadcast transmission failures and signals a second operator base station to initiate unicast delivery.

Segmenting radio systems with wake-up receivers resolves the reliability versus power consumption trade-off in urban wireless sensor networks.

Terminal uses preconfigured parameters to adjust retransmissions and power, resolving reliability issues in poor signal coverage.

A user equipment receives sidelink positioning configuration including panel patterns and beam allocation principles to transmit reference signals.

Enhanced binding headers specify failover modes and retry attempts to coordinate Service Communication Proxies during active-standby VNF failures.

Wireless devices autonomously switch to target cells upon detecting serving cell problems, reducing radio link failures in dense 5G deployments.

Network entity provides PTM configuration indication in RRC release message to resolve state transition uncertainty and prevent data loss.

A backoff delay mechanism controls mobile station re-submission timing for denied connection requests.

A browser interface detects a binding option to retrieve a dialog box and execute device pairing in the background.

XnAP signaling enables anchor relocation decisions for small data transmission without increasing network complexity.

Terminal device derives a unique security key for conditional cell changes using a distinct counter value.

A mobile communication system designates specific time and frequency resources for direct discovery signals using dedicated system information blocks.

An evolved Node B sets a larger inactivity timer value for voice over IP multimedia subsystem services to maintain the connection state.

Pre-configured fallback parameters allow a wireless device to re-establish a radio link, reducing setup time and signaling overhead during failure recovery.

A D2D pairing assembly exchanges parameters via NFC to connect user devices.

An SDN forwarding apparatus directs uplink GTPU packets to target gateways based on server location.

A two-level MRS configuration procedure uses RRC and MAC protocols to manage mobility reference signals.

An anchor carrier schedules flexible data carriers to address resource allocation inefficiencies and power consumption trade-offs in wireless networks.

Calculates hyper frame indices from UE identifiers to resolve power saving versus paging reliability contradictions in LTE networks.

Dedicated failure reports prevent resume procedures during LTE-NR interworking, maintaining data transmission continuity.

ProSe layers filter wireless packets using group and application identifiers, reducing processing overhead while maintaining communication versatility.

Master eNB acquires Secondary eNB activity reports to suppress unnecessary release operations in SCG bearer scenarios.

AMF requests user plane resources from SMF based on UE registration request to resolve signaling overhead and resource configuration bottlenecks.

Discovery message encoding embeds geographical position data within device-to-device air interface transmissions.

Terminal merges MCPTT group calls via local message comparison to resolve off-network call setup complexity.

Server mediates group communication sessions by exchanging media and signaling data over separate or shared links.

A predefined wireless pairing method exchanges encryption data through a cloud intermediary to establish secure connections between electronic devices.

Terminal apparatus modifies PDU session connections to Mobile Edge Computing networks using Traffic Flow Templates.

A terminal switches an active downlink bandwidth part to match the uplink identifier during random access procedures.

A multi-service network client integrates VPN connectivity and data acceleration into a single mobile software package.

Mobility management entities supervise device-to-device links by verifying context and security, resolving the conflict between autonomy and reliability.

A wireless network system correlates received power measurements from base stations to identify neighboring user equipment for device-to-device communication.

Network device determines a single radio network temporary identifier for multiple random access signals and transmits one scrambled response.

A PTT server monitors audio quality and notifies devices to switch to VoIP sessions.

Dynamic switching between D2D and base station modes based on link quality feedback optimizes spectrum utilization while maintaining reliable connectivity.

Consolidates scheduling assignments into single messages to reduce signaling load and radio resource usage.

Dynamic behavioral analysis replaces static rules to detect IoT anomalies, reducing resource consumption while maintaining high reliability.

Backend server mediates ECU pairing using extracted asymmetric operations to resolve computational constraints while maintaining security.

Dynamic PDP context deactivation aligns IP addressing types during handoffs, ensuring session continuity while conserving network resources.