Connection Management TRIZ Cases

Communication management resource measures link quality to control bandwidth allocation across wireless connectivity.

A base station schedules device-to-device radio resources using proximity-based allocation rules.

Associates PUCCH resources with antenna panels to resolve incorrect TRP alignment and suboptimal communication efficiency.

A socket layer intermediary maps file descriptors to migrate data sessions between communication interfaces.

A logical Xmac interface connects peer MAC entities at non-co-located gNB-DUs to enable direct coordination.

A communication device generates spatial reuse information to define distinct transmission phases.

A file sharing method uses parallel device-to-device forwarding to distribute data across multiple electronic devices.

A multi-SIM user equipment detects overlapping paging occasions and initiates a resolution procedure to ensure reliable page reception.

A machine learning model update method selects pre-trained models from a mapping set to deploy on access network devices.

A central programming device manages wireless security via proximity-based enrollment, eliminating password complexity while preventing theft.

A terminal apparatus releases Packet Data Convergence Protocol entities during New Radio handovers to Multicast Broadcast Service.

An electronic device captures an image to extract address information for automatic content transfer.

A network control system redirects idle wireless devices to target base stations that support requested media sessions.

Network monitoring of communication link states enables automatic registration handling, eliminating push notifications that drain battery resources.

Segmenting the real address into a pseudo identifier prevents automatic reconnection interference and message collisions during pairing.

Detects unauthorized tethering by comparing packet signatures against stored patterns, reducing bandwidth strain and enabling revenue recovery.

A customer premises gateway switches its wireless radio between access and client modes to maintain network connectivity.

Cloud server manages durable order queues across multiple POS terminals to synchronize state changes during network connectivity.

User equipment initiates tracking area update via control plane to recover from radio resource control connection failure.

Base station offloads sidelink communications to unlicensed spectrum, improving utilization while managing listen-before-talk complexity.

First D2D user equipment detects base station broadcast signals and reports relay capability, resolving connectivity gaps for out-of-coverage devices.

A transceiver detects specific Ethernet signal patterns to initiate remote procedures at wireless devices.

A communication method establishes user plane multicast broadcast service sessions by coordinating control and user plane nodes.

A terminal device creates backup pre-allocated connections to reduce network initialization time during file downloads.

Tunneling PDCCH control information from a 5G NR base station to user equipment via an LTE master base station.

A GTPC private extension carries feature names and socket information between MME and peer nodes to enable inter-process communication.

Access node adjusts PRACH format parameters to reduce effective cell radius, resolving access blocks from distant UEs.

A first network entity transmits a message indicating discontinuous reception or transmission timing to coordinate with neighboring entities.

A multi-SIM user equipment sends a busy indication to manage network signaling.

User Equipment collects Device to Device resource acquisition failure data using Minimization of Drive Test mechanisms.

User equipment monitors actual data throughput to trigger handovers, resolving inadequate user experience during high-demand events.

A source access network device sends a tunnel setup request to a target device, establishing a data path for terminal transmission.

A gateway apparatus terminates GTP messages to determine mobile station terminal types and converts transmission source addresses for accurate packet routing.

User equipment predicts future sidelink or uplink transmissions and notifies the network node, reducing unnecessary resource reservation.

Network entity allocates dedicated discovery resources to transmitting devices and notifies receiving devices, reducing monitoring overhead.

An electronic device updates set information across multiple Bluetooth device sets to enable collaborative audio sharing.

Predictive connectivity logic pre-establishes wireless links using node position forecasts to accelerate network discovery.

Segmenting IoT devices into isolated virtual networks mitigates hacking risks while maintaining controlled data exchange through a secure intermediary.

Base station reports RRC state to mobility management entity via S1 interface, enabling UE context delivery without direct X2 links.

Home network maintains persistent scan lists to resolve the contradiction between multi-network monitoring capability and portable device complexity.

Segmenting sidelink positioning reference signal resources by antenna port and RF chain prevents precision loss from inconsistent transmission conditions.

A Mobility Management Entity returns a paging status message to the MSC upon receiving a paging request, confirming UE notification receipt.

A node hosting PDCP detects impending count value wrap-around and sends a counter check request to the Master Node.

A UICC sends Packet Data Protocol parameters to mobile equipment using specific activation commands.

A portable device receives emergency alert notifications through a telephony network control channel instead of continuous broadcast monitoring.

Segmenting the N3IWF with an E10 interface resolves processing burden from heavy proprietary protocols while improving session capacity.

Configuring reception gaps allows user equipment to receive inter-frequency multicast broadcasts without disrupting serving cell communication.

A user equipment receives paging configuration information including a bandwidth part identifier to determine the number of supported bandwidth parts.

A terminal transmits pre-identified secondary channel information to enable rapid reconnection attempts when initial communication fails.

Mobile device transmits personal communication ability and medical condition information within emergency messages to packet switched networks.