Particular Environment Based Services TRIZ Cases

Wireless infrastructure component uses fire system power to maintain communication during outages.

A vehicle platoon uses device-to-device data pooling to share mobile edge computing resources among connected cars.

Satellite scheduling coordinates device-to-device communication windows, eliminating constant scanning to reduce power consumption in limited network areas.

Periodic switching between minimum fuel consumption and idle points reduces energy loss while maintaining vehicle queue stability.

Proximity sensing triggers automatic transmission of vehicle-specific features to personal devices, eliminating manual VIN lookup and enhancing user trust.

A vehicle communication apparatus uses inertial and GNSS sensors to detect motion patterns for secure data transmission.

An RF sensing system adjusts critical configuration parameters to enhance detection performance.

A terminal device selects between two Modulation and Coding Scheme mappings to support higher modulation orders.

Processor devices determine mobility for relay and application UAVs to maintain high-bandwidth connectivity while resolving network complexity trade-offs.

A digital wallet transit payment system calculates fares based on trip distance and submits transactions automatically.

A distance measurement apparatus calculates distances using carrier phase detection and received signal strength indicators.

Source transmission reception points evaluate measured radio signal characteristics to transmit relevant information to target exploitation units.

A cloud device and user equipment share data processing tasks based on incident context.

IoT sensors track maintenance procedures in beverage dispensers, resolving the lack of visibility into cleaning compliance and system reliability.

Receiving device detects multiple data pieces within a set time range and triggers transmission interval changes to separate authorized from unauthorized data.

A stationary device detects an activation sound to request position data from a mobile device.

Mobile systems exchange position probability distributions to improve localization accuracy, eliminating the need for expensive DGPS infrastructure.

Central server filters mobile and fixed unit spot values to resolve measurement precision versus system complexity trade-offs.

A trained convolutional neural network partitions channel state information subsets to resolve multipath interference and enhance indoor positioning accuracy.

Room Intervention Devices manage channel switching while anchors track tags, overcoming Bluetooth range limits for accurate multi-floor location data.

Reference wayside radio units exchange cooperation data to determine resource allocation schemes that minimize transmission failures across neighboring cells.

A geofence system classifies physical objects using sensor data and user sentiment to dynamically adjust tracking boundaries.

An assemblable wireless internet connected apparatus integrates a wide area network module with universal communication interfaces to enable seamless data transmission.

Wireless beacons transmit identification data to mobile devices, automating vehicle selection and reducing manual effort in Mobility-as-a-Service systems.

An attached portable device relays vehicle location data to a contained device, eliminating independent GPS activation and reducing battery consumption.

A vehicle key security module generates digital signatures to authenticate data transmission between vehicles and terminals.

Smart devices leverage existing beacons for precise user detection, eliminating expensive specialized hardware while maintaining high accuracy.

A mobile recommendation engine tailors content suggestions using time, location, and venue data to match user interests.

A user-to-entity communication channel uses location-based ambassadors to provide public information about local businesses.

Speech recognition converts aircraft announcements into text messages, enabling hearing-impaired passengers to access critical information.

A relay device transmits its current IP address to a central server for storage, enabling connected electronic devices to retrieve the correct network location.

A vehicle-mounted antenna system evaluates one radio technology channel to determine mobile terminal position using reception level measurements.

WTRU measures RSRP and RSSI to exclude high-interference patterns, selecting the lowest-RSSI option that satisfies QoS requirements.

Automated accident detection via mobile sensors eliminates manual reporting delays, ensuring timely emergency assistance.

An access point placement optimization device calculates communication possibilities to generate and select optimal node combinations.

A distributed edge control device manages wireless sensor information across local network cells.

Embedding scheduling information within data transmissions reduces overhead and latency while maintaining reliability.

A user equipment switches between LTE and NR radio access technologies for sidelink communication.

A first device determines sidelink transmission priorities to manage concurrent LTE and NR operations.

Standardized interfaces on the host enable pluggable modules to expand application scenarios without increasing base device cost.

A system uses contextual information to determine appropriate responses for paired accessory devices.

Assigning distinct subcarrier spacings to adjacent bandwidth portions mitigates interference between 4G LTE and 5G NR protocols on shared channels.

A vehicle head unit discovers mobile devices using dual mode Bluetooth advertising to establish automatic connections without manual pairing.

Switch and filter units in a GNSS preprocessing module adapt diverse antenna configurations, reducing development costs.

A vehicle management system designates current parking spaces as returnable slots when a rental begins, enabling immediate reuse of the vacant spot.

A sensor-triggered system dynamically provisions mobile applications from cloud storage based on real-time device operational capabilities.

A centralized software manager application standardizes third-party package installation and sensor data access at roadside edge nodes.