Particular Environment Based Services TRIZ Cases

A vehicle computing platform queries a local policy table to manage mobile device access, resolving safety risks from uncontrolled passenger control.

A user equipment transmits current time and location indicators to a wireless communication device for secure data association.

A central server matches user device IDs with suitable transportation vehicles using near-field communication and GPS data.

Server selects training data from V2X logs to build anomaly detection models using surrounding node information.

Ground-based terminals provide backup positioning data to UAM vehicles, maintaining situational awareness when GNSS signals fail.

A MIMO antenna array transmits pilot signals to capture echo reflections, enabling precise vehicle location estimation without separate radar hardware.

Vehicles transmit wireless connection parameters through a physical data link to establish a secure WLAN, preventing unauthorized network access.

Extracting motion data from pre-installed sensors eliminates body-attached devices, resolving the trade-off between measurement precision and natural movement.

Segmenting information into on-chain metadata and off-chain bulk data reduces storage space requirements while maintaining data accessibility.

Mobile devices receive distributed beacon signals to track occupancy, avoiding the high infrastructure costs of WiFi triangulation.

Operating terminal allocates bandwidth to mobile platform channels based on mission priority and real-time performance data.

A distributed sensor network algorithm estimates the network center using soft-max approximation and local node communication.

Portable devices match WiFi access point identifiers to trigger customized security and automation instructions on home control panels.

A vehicle network security arrangement uses an anomaly detection system to monitor traffic and generate intrusion alerts.

Group attestation cross-validates IoT sensor data to detect network anomalies, resolving single points of failure in root of trust solutions.

Terminal devices reselect sidelink resources based on RSRP thresholds and priority levels to manage transmission conflicts.

A connected vehicle device combines on-vehicle data with off-vehicle content to manage vehicle functions over a secure wireless network.

Radio transceivers in vehicle access systems measure distances between nodes to self-learn unknown positions, eliminating manual antenna location setup.

Voice print and facial recognition systems verify identities remotely, eliminating physical contact risks for law enforcement personnel.

Harvest trace data from mobile devices updates radio maps, resolving GPS signal obstruction errors in buildings.

An SBS agent retrieves configuration data from a central server to automate certificate installation, preventing private key leakage during manual setup.

Periodic location updates triggered by movement thresholds reduce radio resource consumption and minimize collisions in V2X networks.

A global manager cloud system transmits initiating messages to external service clouds via an on-vehicle modem to validate autonomous vehicle data.

A base station coordinates sidelink ranging by allocating radio resources and configuring parameters, resolving resource allocation efficiency bottlenecks.

A routing server directs incoming calls to appropriate devices using femtocell presence conditions and subscriber preferences.

Processor specifies moving distance correlation value using acceleration sensor data when wireless communication is active.

A paging indicator alerts pedestrian devices to decode vehicle messages, reducing power consumption while maintaining communication reliability.

A vehicle remote control system authenticates both an electronic key and a mobile communication device before enabling operation.

A vehicle travel control system disperses permission request transmissions across distinct time slots to reduce base station congestion.

A secure element derives ranging keys to protect the master key from exposure in less secure ultra-wideband modules.

Simulated failure mode features train classifiers on edge computers, reducing data transmission volume while maintaining identification accuracy.

Store beacons detect customer movement patterns to send timely mobile notifications, resolving the lack of electronic interactions in brick-and-mortar venues.

Geographic proximity staging reduces network latency and costs by storing real-time data on nearby edge nodes instead of centralized cloud centers.

A mobile terminal broadcasts anchor point data to provide indoor positioning services, reducing infrastructure deployment costs.

A target device determines displacement relative to a reference position and reports this data to a network node.

Electronic device prioritizes V2X messages to prevent network resource waste and ensure critical event awareness.

A bidirectional switching unit mediates data exchange between multimedia and safety control units in vehicles.

User equipment measures sidelink signals to exclude resources exceeding usage thresholds, reducing collision probability in grant-free V2X transmissions.

Location information module processes ambient audio and visual data alongside GPS signals to determine precise device positioning.

Reusable pairing device manages wireless physiological data links between disposable sensors and monitoring systems.

Terminal devices exchange movement data to dynamically select V2X resources, solving aperiodic traffic latency issues in congested networks.

A vehicle network security appliance provides firewall protection between internal and external networks.

User equipment coordinates bandwidth part switching through explicit feedback messages to prevent resource mismatches during sidelink communication.

Automated zone number assignment updates configuration data when devices are added or removed, eliminating manual reconfiguration errors.

Estimates indoor location using inertial sensor data and interpolation, reducing fingerprint training complexity.

Distributed haptic actuators on a wearable band convey directional obstacle vectors, bypassing delayed visual or audio alerts.

A first device manages sidelink communication by performing listen-before-talk procedures on shared spectrum resource sets.

Bypasses virtual partner routing during critical incidents to eliminate communication delays and ensure immediate dispatch contact.

A vehicle wireless communication control apparatus uses GPS data to determine mobile terminal position for connection management.