Particular Environment Based Services TRIZ Cases

A method identifies mobile radio nodes belonging to public transport vehicles using existing cellular signals and movement data.

Smartphones detect vehicle mode via magnetic field sensors instead of continuous GPS, reducing battery consumption while enabling collision warnings.

Geographical-time zones around journey segments verify shared travel using mobile device GPS data, preventing fraud in car sharing schemes.

A transmitting terminal device determines link quality to select a modulation scheme for direct link communication.

Transparent electronic displays replace static window graphics with programmable content, eliminating sightline obstruction and enabling targeted advertising.

A channel aggregation hierarchy multiplexes events into a physically aggregated stream and caches references to accelerate replay access.

A vehicle control unit monitors driver line of sight and facing direction during unparking maneuvers to verify safety checks.

A network system uses RFID tags and readers to identify user locations and deliver personalized multimedia content.

A V2X controller filters messages into priority queues to manage processing rates.

A connectionless ad-hoc mesh network shares awareness information anonymously using flooding messages and short-range radio technologies.

A base station detects vehicle entry into dangerous areas and allocates sidelink resources to pedestrian user equipment.

Distributed neural processor segments physiological signal processing across multiple edge nodes to reduce silicon area and power consumption.

Wireless network heatmapping uses signal strength data to generate indoor coverage maps, resolving location precision issues that degrade connection stability.

A virtual slotframe scheduling apparatus generates distributed link schedules for industrial wireless sensor networks.

An emergency notification device relays data via an in-vehicle communication terminal to transmit information.

Dynamic RSSI threshold adjustment compensates for electromagnetic interference and signal attenuation, improving passive entry reliability.

A location-based service system determines mobile device positions to manage communication permissions within controlled environments.

A sensor detects smart devices via IEEE 802.11 protocols without Bluetooth activation.

Wireless devices acquire pre-configured resource pools from network nodes to transmit messages during exceptional sidelink communications.

A platform server generates sensor configurations and coordinates data transmission over wireless links.

Bluetooth siren assembly monitors hood status and engine RPM via wireless link, eliminating complex wiring installation.

Measuring PSSCH RSRP and S-RSSI determines interference headroom, enabling efficient sidelink resource reuse while maintaining SINR requirements.

Segmenting primary and secondary carriers manages device complexity while achieving high reliability through data duplication in V2X communications.

An in-vehicle warning system monitors operator and non-operator presence to trigger emergency alerts.

A secure tunnel authenticates mobile apps via certificates to access vehicle functions, resolving security risks from third-party integration.

Antenna-defined zones pre-authenticate mobile devices, reducing the delay between door actuation and unlocking.

Beamforming technology tracks moving vehicle clusters to maintain reliable connectivity despite signal obstructions from buildings and trees.

A V2X radio modifies transmission settings using a machine learning-generated schedule for millimeter wave communication.

Remote user equipment monitors network communication state to dynamically select relay nodes, maintaining reliable sidelink connectivity during mobility events.

A vehicle controller generates a visible code from authentication data to register user terminals without a central server.

A decentralized clustering method selects wireless sensor network cluster heads using merit-based scoring to minimize message exchange overhead.

A resource manager dynamically allocates communication resources across multiple satellite and terrestrial interfaces.

Dual-interface wireless nodes determine vehicle section compatibility to resolve contradictions between communication reliability and device complexity.

Universal frame headers embed legacy signaling within extended structures to resolve throughput and range limitations while maintaining backward compatibility.

Mobile access points form a dynamic mesh to maintain communication reliability with moving vehicles, resolving adaptability versus complexity trade-offs.

A dual radio interface system segments vehicle data communication into periodic status messages and high-capacity transmissions using pseudonym certificates.

Central server resolves data conflicts and estimates sensor life using access tokens, reducing device management complexity.

Classify mobile device application usage in vehicles using service set identifier detection and impression logging.

A positioning system evaluates radio model quality using collected fingerprints to determine data sufficiency.

A mobile computing system determines outdoor comfort by processing individual physiological traits alongside local environmental parameters.

User equipment selects transmission resources across multiple carriers to manage limited hardware chains.

User equipment transmits application-layer V2X capabilities within Basic Safety Messages to enable compatible vehicle engagement.

Auxiliary commissioning devices detect luminaire light to establish location data, reducing manual association labor in commercial premises.

A content delivery system filters items using user profiles and beacon signals for wireless handsets.

A mechanism targets users in specified areas with dynamic group event notifications.

Terminal sends acknowledgement for NBIFOM routing rules to reject unenforceable entries, ensuring correct traffic flow transmission.

A machine learning system assigns names to pickup locations using preliminary points of interest and trained scoring models.

Flexible electronic tracking labels integrate multiple sensors and communication interfaces, resolving the complexity trade-off in supply chain monitoring.