Particular Environment Based Services TRIZ Cases

Context-based subscriptions filter vehicle data, reducing overhead and bandwidth use.

A counter-based recovery method reports consistent sidelink LBT failures and releases grants to reduce transmission delays.

Specific resource pool values help terminals meet LBT rules during unlicensed D2D communication.

Separate networks keep ride data fast while carrying detailed logs.

Monitoring QoS and sensing requirements maps shared radio channels, reducing spectrum congestion while supporting both functions.

NR V2X mapping separates control resources to cut overhead and delay.

Cloud-stored parameters and rules calibrate M2M sensor data, reducing sensor complexity and manufacturing cost.

A network-side device uses AI service requests and assistance information to return more accurate support for external applications.

This case adjusts SL-RSRP thresholds by priority to prevent low-priority traffic from blocking high-priority V2X transmissions.

This case uses hover detection, pose feedback, contextual controls, and handwriting conversion to streamline stylus input.

This case coordinates sidelink and uplink resources so network feedback can manage NR-V2X retransmissions reliably.

This case clarifies sidelink transmission timing for type-1 grants and cross-RAT scheduling using a configurable time offset.

A layered reporting approach sends high-priority attraction data over one network and detailed data over another.

The base station signals DL, UL, and SL patterns so UEs can reconfigure flexible uplink resources for efficient sidelink communication.

This case combines 5G and point-to-point modes in one base station to support real-time drone control while managing collisions.

This case separates licensed sidelink and unlicensed ad hoc channels to support reliable coexistence of LTE-V2X and IEEE 802.11p.

Local secret keys streamline V2X pseudonym certificates and reduce processing latency.

Continuous UWB signal monitoring activates recording and risk warnings when movement occurs around a stationary vehicle.

BLE tags and mobile reader badges support precise asset and proximity tracking without dedicated RFID or IR infrastructure.

Periodic UWB location updates enforce indoor device and Internet-use restrictions while balancing tracking precision and energy use.

Configured sub-pool sensing thresholds help high-priority UEs avoid conflicts with random-selection users in shared NR sidelink resources.

Location-based pairing selects the nearby restaurant printer and transfers food label data without specialized interface hardware.

This case uses internal power and wireless communication to relocate access control devices without fixed installation.

This case uses conditional handover configurations and target-cell random access to support fast-moving V2X service continuity.

Weighted CR calculations help UE devices manage PSSCH congestion.

This case uses location-linked sessions and browser APIs to let airlines access shared airport devices without fixed software environments.

Locate cabin objects from wireless signal paths without added electronics.

Aerospace commerce exchange integrates aircraft and ground data through satellite links, blockchain security, and smart-contract access.

Supply-chain monitoring uses FN tunneling loggers to record environmental changes and support blockchain-backed authentication.

The camera switches between shared and exclusive connections to preserve video streaming and agent communication during security events.

A support body with distributed pressure sensors replaces complex imaging for objective, real-time pelvic floor assessment.

This case shows how cross-bus ECU state signaling prevents standby ECUs from being misclassified as failed.

A defined sensing interval checks idle channels before NR sidelink transmission, improving V2X reliability on unlicensed bands.

This case aligns multiple sidelink PRS symbols within slots to balance positioning precision, latency, and V2X data traffic.

The case uses SCI, destination IDs, and CAPC values to share COT and avoid independent channel access for groupcast.

Shared memory pools help autonomous vehicles overcome bandwidth and packaging limits.

Separate SCI messages enable HARQ at one TRP and blind transmission at another, adapting retransmissions to link quality.

Confidence-guided space division improves accurate localization on low-power devices.

A setting device uses stored authentication results to configure secure communication between new and existing in-vehicle functions.

Decision networks and a sink module adapt routes to residual energy and hop conditions, reducing depletion and network paralysis.

Mobile devices capture attendee survey responses tied to unique IDs, event location, and timestamps for real-time ad feedback.

The case applies reselection with activation for periodic or series collisions and simpler reselection for one-time conflicts.

Multiple readers, environment tags, and local signal comparisons refine asset location across storage units despite uneven indoor signals.

Carrier codes are translated into corrective actions, with user feedback available for complex shipping exceptions.

IoT sensor data and context rules update VR content in real time to match physical light, temperature, and wind changes.

This case combines shared historical location areas with user characteristics to improve match relevance and reduce search time.

Master and subordinate mobile servers coordinate a private LTE network for secure, lower-power communication between moving vehicles.

Inbound and outbound boundary lines help distinguish real vehicle entry or exit from GPS-related position errors.

DMRS patterns reduce QCL signaling overhead for flexible NR V2X beams.

Periodic cellular status updates combine location, sensor, and tamper data for portable products across indoor and geographic environments.