Connection Management TRIZ Cases

A base station manages radio connections during early data communication by determining user equipment transition requirements.

A network function entity adjusts video data transmission parameters based on real-time status information to maintain playback continuity.

A base station initiates secondary cell group scheduling upon receiving a complete message without requiring a random access procedure.

Broadcast signaling directs terminals to use 2-step random access only when supported, preventing resource waste while reducing network entry delays.

User equipment calculates and compares hash values transmitted in access stratum security mode command messages to verify system information authenticity.

Access network device sends switching instructions to terminals, enabling core network access without N26 interface dependency.

A relay device transfers control authority of external peripherals from a control-side to a user-side electronic device via wired and wireless connections.

Base station signals transmission time unit length via DCI to resolve random access failures caused by channel limitations in shorter TTI environments.

A terminal sends execution results of connection procedures to a network device.

User equipment measures signal quality across multiple beams to select optimal resources, improving random access success rates in 5G networks.

A performance analyzer detects minor connectivity issues to prioritize WiFi over cellular interfaces before major failures occur.

A terminal device determines dual-connectivity moving process failures using a configured expiration timer.

Pre-established dual standby and active connections eliminate manual intervention, reducing switching time and ensuring continuous service.

Network device maintains target relay UE in connected mode during path switch to prevent service interruption.

Network device detects LTE NR ping-pong reselection patterns and sends control messages to suspend UE updates, reducing signaling load.

RDS port configurations resolve incorrect mobile originated data delivery and charging errors when multiple connections share the same access point name.

Relay stations distribute pre-configured security elements to secondary stations, enabling secure PDU session establishment without core network interaction.

User equipment generates a dynamic monitoring schedule based on network parameters to activate power-saving modes during discontinuous reception cycles.

Publisher terminals stream media files to requestors through a central server managing connections and playback.

Proximity detection initiates automated pairing between devices, resolving manual intervention bottlenecks while maintaining security through secure channels.

First base station relays resource allocation data to a second controller, resolving cross-cell coordination bottlenecks.

A call control function transmits a ping message to determine dual mode device availability over a wireless data network.

A wireless terminal device determines network IP type using probe messages before connection.

Target base station retrieves user context from source cell to enable seamless handover transitions and reduce service disruptions during radio link failures.

An IMS application server routes terminating calls via packet-switched or circuit-switched domains based on user equipment registration status.

Pre-configured reference signals enable user equipment positioning while idle, resolving accuracy limitations in inactive states.

Mobile device decrypts Wi-Fi credentials from a secure channel to authenticate automatically without user input, resolving security risks during manual entry.

A hybrid communication network system manages SD-WAN tunnels to maintain persistent broadband connections across moving terminals.

A user equipment configures and reports semi-persistent scheduling settings to a base station based on traffic patterns.

Encapsulating radio bearer identifiers within PDCP headers allows target base stations to route data correctly despite session-level tunnel granularity.

Extending DRX active time on unlicensed cells maintains continuous downlink control channel monitoring.

A machine management system establishes specialized communications paths for device traffic.

Split signaling reports master cell group failures while maintaining secondary cell group connectivity, reducing service interruption during reconfiguration.

An intermediary network-to-network interface device translates push-to-talk protocols across incompatible standards, resolving fragmentation barriers.

A relay user equipment switches between proactive and reactive sidelink discovery models to optimize resource usage.

First UE detects Access Stratum configuration failures via PC5 RRC feedback, enabling network node reconfiguration to prevent sidelink disruptions.

User equipment transmits conditional handover notifications to the source base station, enabling controlled execution that reduces service interruptions.

An apparatus-side processor accumulates wireless access point identification data to generate a connection record list for mobile terminals.

A token register generates connection identification data to facilitate communication sessions for terminals with embedded modules.

Devices exchange connection capability messages to select a compatible protocol, eliminating trial-and-error attempts and reducing connection time.

Control unit activates direct wireless communication mode at startup based on NFC settings.

A user equipment adjusts reception periods using paging queue status indications to optimize power consumption in shared frequency bands.

Aggregating individual release messages into a single group transmission reduces downlink signaling overhead during network overload conditions.

Embedding tunnel identifiers in IPv6 flow labels removes UDP and GTP-U headers, reducing network overhead while maintaining reliable data transmission.

An interactive game system uses RFID tags and satellite devices to create dynamic state transitions based on player location.

DL control signaling triggers non-periodic CSI feedback, reducing overhead from periodic reference signals.

A multi-USIM user equipment transmits a response message indicating a request to enter an idle or inactive mode on the paged cell.

Master node manages conditional primary secondary cell change signaling for user equipment in multi-radio access technology dual connectivity.