Location Information Based Service TRIZ Cases

A terminal adjusts its measurement information acquisition period based on movement status to optimize power consumption.

Online system generates geographic region vectors from user demographics to pair similar locations for targeted content presentation.

A wireless device transmits base station identifiers and signal strengths to the network for location determination.

A location notify period calculation unit sets transmission periods based on terminal communication cycles.

A content presentation control unit manages information delivery based on user position and context data.

Detect portable device position and rotation using embedded visual patterns rendered on a display screen.

A mobile advertising service provider matches user location and inferred intent with nearby business offers via automated data processing.

Availability windows negotiate station readiness to schedule uplink location measurement reports, reducing power consumption by allowing doze states.

Network filters analyze traffic data to detect virtual boundary violations without continuous background execution.

A server tracks customer geolocation to route orders directly to their current position within a retail store.

Consolidating location data into a single repository reduces redundant storage while enabling secure, permission-based access control for multiple apps.

Switching the proximity detection point to the vehicle device eliminates dual call transfer technique support, reducing computing and networking resource waste.

A mobile data management system matches user content with customer location and device data to serve personalized material.

A publish and subscribe system matches event data to user topics within defined geofences.

Estimates on-premises site locations by aggregating remote device connections, enabling impossible travel detection despite obscured physical positions.

A network node authorization system verifies geographic position matches between IoT devices and mobile terminals.

Distributed acoustic sensors localize active shooters to guide dynamic evacuation routing and first responder containment.

Granular permission levels and dynamic controls resolve the contradiction between scalable service functionality and precise user privacy management.

Dynamic sampling intervals balance measurement precision with device power consumption, resolving the contradiction between analytics accuracy and battery life.

A communication unit receives beacon signals to determine terminal distance and dynamically adjust the electronic apparatus display mode.

A system infers venue visits by ranking candidate locations using semantic information from sensor data.

A mobile device counting system segments operations into setup, counting, and cleanup phases to determine user equipment numbers.

A transaction validation system compares requested location data with mobile device location records to authenticate payments.

A signal-based mapping system generates region maps by dividing geographic regions into groups based on wireless signals using statistical optimization methods.

Secure element authenticates mobile point-of-sale transactions using real-time geo-location data to prevent tampering.

A mobile advertising service ranks listings by proximity and user interests to deliver targeted ads.

An authorization component retrieves user-specific data from a directory to grant or deny access.

A public stewardship network portal application configures mobile communication devices to optimal frequency bands and protocols.

A system generates demand density maps from geolocation data to identify indoor and outdoor traffic patterns.

Dynamic network slicing allocates temporary service access to specific user equipment via IoT sensor detection, resolving static configuration limitations.

Segmented HSS and UDM units exchange location removal messages to resolve multi-vendor interworking complexity during 5G-4G mobility.

Terminal devices report mobility status with reliability indicators to resolve inaccuracies in stationary device estimation.

Aggregating vessel-specific network performance data into a unified dashboard improves transparency and trust between service providers and customers.

A service configuration system dynamically adjusts application parameters to optimize performance across diverse network conditions.

A crowdsourced signal propagation model estimates distances to wireless access points using aggregated device measurements.

A system associates user experience scores with client locations using public IP addresses and geolocation databases.

Segmented positioning areas tailor transmission point subsets to reduce signaling overhead while maintaining accurate location determination.

A vehicle communication method uses optical license plate recognition to verify partner identity and transmit authenticated messages wirelessly.

Velocity-weighted analysis of user equipment location data attributes movement changes to specific events by calculating dwell and velocity metrics.

A secure case cross-validates GPS, WiFi, and sensor inputs to calculate a trust score, preventing spoofing attacks on mobile devices.

A local intermediary filters tracking-area updates to reduce paging controller load while directing messages to specific base stations.

Cloud server standardizes IoT device data to deliver contextual information to caregiver interface devices in senior living facilities.

Dynamic sensor selection adjusts monitoring intensity according to activity class, reducing battery consumption while maintaining geofence detection accuracy.

Interrogation signal data determines mobile device locations within defined regions, distinguishing customers from passersby for accurate traffic estimation.

Adaptive signal fingerprinting resolves channel modeling inaccuracies by dynamically updating reference profiles for reliable indoor localization.

Segmented beacon signals define irregular boundaries without geographic coordinates, eliminating reprogramming needs when store layouts change.

A terminal device converts dialed emergency numbers to local equivalents when roaming between public land mobile networks.

An event processor manages location streams from mobile and fixed sources to deliver scalable services.

Ultra-wideband radios determine device location and orientation to enable precise motion-based interaction in smart environments.