Particular Environment Based Services TRIZ Cases

A VPLMN core network device forwards visited sensing application function addresses to user equipment during roaming.

An intermediate server authenticates user equipment via capability-based verification to enable secure network integration.

Intermediate wireless devices relay tag signals to extend detection range beyond direct receiver limits, enabling accurate triangulation of lost items.

A User Equipment establishes a sidelink connection using configured beam management parameters to enable directional transmission.

A network entity enquires about sensor capabilities on user equipment to enable dynamic data transmission configuration.

A cloud server distributes request applications to edge-equipped vehicles for local execution.

A vehicle light-emitting device flashes an authentication token sequence to a portable light-detecting device for secure service access.

Calculating audience rates from mobile signals resolves inaccuracy in verifying point-of-sale display presence at consumer sight.

Electronic apparatus uses human body communication to transmit signals through biological tissue for secure device access.

A communication control apparatus segments vehicles into groups based on cell transition information to manage uplink transmission.

Transport network coordinates personal data usage requests and deletion acknowledgments to resolve privacy risks while maintaining service functionality.

Electronic device sends connection requests to a default IP address and alternative local network addresses to establish communication with a relay device.

A server mediates terminal devices and elevator systems to provide operating state information through selected communication services.

A network entity selects radio resource management modes based on communication quality measures to optimize D2D resource allocation.

Distributed secure enclaves evaluate local reputation to reduce latency and prevent malicious data propagation in IoT networks.

Encoded audio signals identify device position in vehicle zones, restricting interface functions to mitigate driver distraction and enhance safety.

A terminal predicts location by combining historical movement data with received signal strength measurements.

A wireless convergence platform relays application services between an Internet gateway and user devices through unified connectivity.

Terminals exchange channel indication signals to resolve interference between LTE-V and DSRC systems while reducing energy consumption.

Processor computes semi-reliable local time via short-range network to execute secure operations when remote sources fail.

A computing system uses data relays and buffer memory to temporarily store input data before forwarding it to the main processor.

A communication method authenticates user equipment using network-side authentication vectors and area keys for vehicle-to-everything services.

Radio-based location measurement determines spatial references between electronic devices, preventing unauthorized access without high-frequency cables.

A communications device transmits peripheral lists to a remote site for guided pairing.

Deploying a predictive AI model to individual vehicles enables precise, geo-referenced signal forecasting without complex centralized tracking infrastructure.

Auxiliary frequency offset signals resolve Doppler shifts on high carrier frequencies without altering pilot distributions.

Circuitry compares body movement data to authenticate paired electronic devices, eliminating manual pairing steps while maintaining security.

Infotainment system detects eigenvalue ID from unlocking medium to retrieve temporary authorization code, eliminating local credential storage risks.

Segmenting the full period into two half-period patterns reduces signaling overhead while maintaining resource indication accuracy.

Hardware transmitters detect customer presence to retrieve identification data, resolving time delays in manual record access.

Segmenting the first aggregation slot for automatic gain control resolves ambiguity and improves resource efficiency in vehicle-to-everything communications.

A computing apparatus correlates stored and current network data to generate three-dimensional coverage information for unmanned aerial vehicle guidance.

A PHY layer excludes scheduled receive resources from available sidelink sets to prevent transmission conflicts.

A network entity matches mobile terminal positions with connected device locations to identify passengers inside vehicles.

A motor vehicle control apparatus detects roaming signals and performs connectivity tests to verify internet status.

Inter-UE coordination feedback signaling detects half-duplex and co-channel collisions, enabling resource re-selection to reduce latency.

A driving assistance device identifies disabled vehicles using multi-source feedback to adjust alert modes.

A Bluetooth Low Energy tag linked to a non-fungible token transmits unique identifiers to initiate secure communications without exposing personal data.

A vehicle communication system uses ultra-wideband signals to detect nearby target vehicles and establish direct point-to-point connections.

Integrating real-world map data into V2X systems interprets Basic Safety Messages accurately, eliminating false alarms and preventing navigation errors.

Inferring transmit timer values reduces transmitter count and computational burden in TDOA ultrasonic locationing systems.

Policy servers automatically group heterogeneous IoT devices into communities based on shared attributes, eliminating manual configuration overhead.

Terminal devices autonomously measure sidelink communication quality, eliminating dedicated external hardware and reducing system complexity.

Crowdsourced wireless access point fingerprint refinement updates indoor positioning maps using mobile device signal data.

Base stations assist user equipment pairing and data relay to reduce signaling overhead while maintaining transmission reliability.

Segmenting PRACH resources into subsets compensates for reduced coverage performance in machine type communication devices.

A vehicle access device determines its position relative to the car by comparing signal strength values from multiple Bluetooth Low Energy nodes.

A communication control device updates an association table to map wireless devices to terminals and transmits correction packets for direct terminal routing.

An electronic pass system tracks user locations within facilities using mobile devices and geofencing technology.

Diagnostic controller measures receive signal strength ratios to detect antenna obstacles or damage.