Particular Environment Based Services TRIZ Cases

A wing-mounted antenna system reduces latency in platooning by bypassing sensor delays, enabling closer vehicle following distances.

Monitoring devices switch to active mode via beacon detection, preventing data gaps caused by users forgetting to manually restart tracking.

A mobile communication client adjusts video display parameters based on device speed to conserve network resources.

Delivery verification service prevents unauthorized access by validating recipient identity before enabling authentication devices.

A V2X endpoint node generates ciphertext and hashes for both plaintext and ciphertext data to create a unified digital signature.

Segmenting the blockchain into clusters with designated leaders reduces processing overhead while maintaining transaction verification reliability.

A vehicle call transfer device routes incoming calls to passengers using seat pressure detection.

Transceiver system measures angles of arrival from user identification devices to determine precise location.

Processor dynamically engages high-power sensors only when environmental changes occur, reducing power consumption while maintaining security.

Segmenting mobile anchors from roaming tags resolves system complexity and power consumption trade-offs in indoor tracking.

A V2X hopping method allocates remaining resources to hopped units to maintain stable communication links.

UWB radios determine device position and orientation to cast digital media automatically, resolving low accuracy in smart home environments.

A secure transceiver verifies update data using a disposable authentication code, preventing unauthorized modifications without increasing processing time.

Information processing device extracts facility data based on vehicle location and area familiarity to deliver targeted advertisements.

An intermediary vehicle relays data packages from a source vehicle to a central computing device via an access point, resolving mobile network bandwidth limits.

A data server gateway manages bidirectional transmission between critical avionics systems and external networks.

A security device compares detection sequences against stored patterns to manage access status.

Intermediary coordination resolves hidden node and half-duplex conflicts in NR-V2X resource selection, improving reliability.

Segmenting a vehicle user interface into contextual views resolves the contradiction between information completeness and usability by reducing screen clutter.

A non-certified computer processes aircraft communication data by encoding and encrypting downlink signals.

V2X communication enables vehicles to estimate critical parameters from neighbors, restoring security response capability without increasing device complexity.

A conversion device transforms wireless terminal ship data into standard AIS message types for unified display.

A detection system queries connected vehicles to identify inherent human behaviors like rubbernecking.

A user device multiplexes control and data channels to transmit small packets.

A control section learns radio wave patterns from multiple terminals to automatically detect occupant presence in a house.

Distributing data storage across domain control devices via the vehicle network overcomes insufficient embedded memory in motor vehicles.

Asset tracking devices determine position using intelligent transportation system messages from roadside units and vehicles.

A wireless communication method establishes links between vehicles and terminals to transmit service requests or shock event notifications.

Annular area decision portions define detection rings from signal intensity to estimate overlapping existence zones.

User equipment detects available resources using a dedicated sensing window to select transmission slots for vehicle-to-everything communication.

Security test system transmits random signals to on-vehicle network control devices and evaluates process results via a separate function evaluation unit.

A device analyzes user context to generate personalized call notifications based on caller relationships.

A user equipment manages sidelink resources using a reselection counter that triggers autonomous resource changes.

An active learning mechanism generates transmission policies to limit sensor data traffic.

A wireless device splits positioning data into fast and slow components to transmit via control and shared channels.

A messaging system queues messages in a database to deliver them when users log in.

Station devices collaborate as anchors to improve localization accuracy without channel scanning.

A multi-agent ad hoc routing protocol uses trajectory information to optimize data packet delivery paths.

Wireless sensors in an intelligent roof drain detect seepage and standing water, preventing structural damage without membrane penetrations.

Segmented ring topology with redundant links maintains safe vehicle behavior during errors while lowering manufacturing costs through universal hardware.

Base station configures timing offsets based on UE capability information to resolve reliability and latency trade-offs in V2X communication.

Forward optical sensors capture road images to determine vehicle distance from traffic signals.

Machine learning models analyze on-vehicle and off-vehicle data patterns to automatically generate mitigation strategies for device faults.

A location tracking tag system determines positions through signal triangulation and broadcasts identifiers to neighboring tags.

A vehicle-mounted locking device sends signals to mobile devices when ignition activates, automatically restricting access to calls and messages.

A vaping device uses a LIDAR sensor to detect nearby people and adjust vapor output automatically.

A communication control device specifies transmission areas to instruct nearby vehicles for ad hoc relay operations.

Coordinating waveform parameters and frame delays reduces interference between multiple radar devices.

RFID iotons create a distributed neural network that replicates biological complexity while reducing system implementation difficulty.