Connection Management TRIZ Cases

Credential management modules enable secure device-to-device resource sharing without central server mediation.

A first terminal acquires a device list and sends control instructions via a server to manage screen projection on target second terminals.

An anchor network node transfers access context to predicted target nodes based on mobility profiles.

An implantable medical device switches operational modes using biosensor signals to confirm implantation status.

A mobile station performs cell reselection and initiates connection recovery procedures using acquired system information.

Priority-based transmission control coordinates multiple radio interfaces to resolve interference while maintaining link quality.

A communication device suspends secondary cell group bearers upon detecting radio link failure to trigger reconfiguration.

Segmenting indication information into downlink control and higher-layer signaling reduces complexity while increasing network capacity.

Releasing reserved sidelink resources upon ACK reception prevents spectral waste and improves overall network efficiency.

Encrypts ProSe discovery payloads with private keys and embeds public keys to maintain integrity across extended ranges.

A radio link coverage mapping system measures communication quality and platform position to generate real-time signal data.

A terminal device sends a first message to request release or suspension of dual connectivity and carrier aggregation connections.

Data gateway sends re-establishment trigger message to access node upon downlink packet detection.

Auxiliary signaling coordinates RRC connection release for dual SIM standby terminals, preventing ping-pong handovers and unexpected disconnections.

A scan core detects paging messages during idle periods to establish connections.

A wireless software-defined network controller allocates discrete time windows to client devices for communication.

Extracting transaction IDs from secondary node messages prevents unnecessary connection failures while preserving message tracking in dual connectivity systems.

MME routes DIAMETER signaling traffic through specialized DRAs to prevent core network strain from IoT surges.

Transmitting wireless terminal harvests energy to modify sidelink position reference signal configurations.

Optimizes uplink transmission periods using dynamic HARQ process ID selection to reduce battery consumption and control channel usage.

A radio base station authenticates multiple carriers via electronic certificates and key pairs to establish secure virtual leased lines.

A ProSe relay WTRU broadcasts network condition messages to enable remote device discovery and connection establishment during service disruptions.

A paging method dynamically determines whether to carry a paging cause in notification messages based on terminal state and USIM configuration.

Paired user equipments exchange soft information over device-to-device links to decode downlink transmissions.

Dynamic traffic identification mapping adjusts link assignments via feedback loops, reducing access latency and power consumption in multi-link networks.

A User Equipment segments initial Non-Access Stratum messages into distinct cleartext and ciphered Information Elements to establish secure network connections.

A relay User Equipment forwards paging messages between network nodes and remote devices.

A hub device pairs external sensors using identifiers captured by a mobile scanner and processed by a remote server.

Client device selects group-ID or complete listing for session initiation based on synchronization state, reducing network resource consumption.

A first cell manages control message forwarding to resolve race conditions between layer 3 reconfiguration and layer 1 or layer 2 triggered mobility execution.

Centralized certificate management resolves the security versus communication range contradiction in wide area drone networks.

A multipath transmission control protocol system dynamically switches interface modes to balance throughput and energy usage.

A redundant intervehicle communication system routes messages over multiple independent physical lines to maintain connectivity.

Network-configured resource allocation enables reliable device-to-device discovery while preventing radio interference during RRC state transitions.

A device management system generates candidate connection lists using proximity notifications and stored connection history data.

Network side handles PDN setup via default parameters to eliminate NAS signaling overhead and reduce device power consumption.

Dynamic trigger timing prevents outdated reports from causing handover failures in wireless networks.

Link numbers replace real MAC addresses in beacon frames to hide station identities and prevent privacy exposure during wireless discovery.

Distinct MAC addresses resolve upstream traffic mapping ambiguity when multiple packet data network connections share identical IP addresses.

Dynamic PDCCH monitoring aligns with real-time buffer levels to reduce power consumption while maintaining transmission reliability.

Multiple discontinuous reception configurations align active times with specific traffic flows to reduce user equipment energy consumption.

Terminal device detects and reports SDT failure information, enabling network scheduling that reduces UE power consumption in RRC_INACTIVE state.

A coexistence management module arbitrates priority levels between multiple wireless chipsets to prevent interference in overlapping frequency bands.

UE receives positioning paging messages on PDCCH candidates while in RRC inactive state, applying parameter updates without transitioning to connected mode.

A terminal device measures signals from a reduced number of downlink receiving beams to determine a target beam for network communication.

A mobile aggregation device collects and delivers data within offline communities using emergency mode protocols.

Stand-alone devices receive synchronization control from a WWAN intermediary to establish direct peer-to-peer links, reducing base station load.

Base stations use distributed terminals to detect hidden WLAN nodes and adjust transmission parameters, reducing interference with other technologies.