Location Information Based Service TRIZ Cases

Mobile apps use operating system geo-fences to track devices, enabling accurate location updates even when the app is suspended.

Server application generates routes via SMS to enable multi-party navigation, resolving high costs and single-user limits of traditional systems.

Comparing login location against device usage data reduces false alerts from legitimate behavior changes.

Segmented base station analysis determines optimal area of interest to improve counting accuracy while protecting user privacy.

Nested parent and child geofences layer event notifications over standard location alerts without replacing underlying boundary definitions.

A mobile terminal detects country information from subscriber identification data to automatically set language, time, and encoding parameters.

Inertial sensors detect user gestures to authenticate access, eliminating the need for direct screen interaction while maintaining security.

A mobile authorization system uses biometric verification to enable secure remote access control.

A system segments location data into geographic, sub-location, and co-located object levels to refine content delivery precision.

HSS and MME coordinate UE location data acquisition to reduce unnecessary signaling overhead during proximity service discovery.

Network-regulated drive safety apps prevent distracted driving by disabling mobile functions based on context, bypassing manual driver overrides.

A handheld device relays emergency signals via electronic actuators and wireless modules to remote servers for automated authority contact.

A mobile device detects a paired key device to trigger automatic security corrective actions when the key leaves range.

Clustering mobile device GPS coordinates calculates a centroid that refines point of sale location accuracy despite dense area signal errors.

A peer-to-peer validation system couples IoT devices in a cluster to approve data transmissions via majority signals.

A contingent discount platform manages location-based offers through a tipping point mechanism that activates deals only after reaching a minimum acceptance threshold.

A mobile terminal uses a navigation receiver to detect its position and automatically configure regional communication standards for wireless interfaces.

Mobile wireless devices determine proximity to generate secure transaction requests for authorized terminals.

A communication apparatus transmits broad and narrow search signals to locate external devices.

A server system clusters location signatures from multiple devices to associate them with a single entity without active user identification.

Network repository function devices accumulate locality and priority information from network function devices to reduce communication latency during discovery.

A customer supply index calculates travel propensity to weight merchant contributions by geographic region.

Segmented location information and integrity codes validate message authenticity, preventing spatial replay attacks without increasing transmission volume.

A virtual sensor server virtualizes mobile sensors, reducing power consumption and privacy risks by reporting anonymized location data externally.

Gur Game framework manages energy consumption and quality of information in participatory sensing networks.

A geolocation device uses passive signaling data to identify mobile devices within a wide area surrounding a target location cell.

Wireless beacons retrieve transaction histories to streamline returns and prevent fraud without physical receipts.

A mobile device transmits its current location to a server as a proxy for an associated access point.

Server processes entry and exit signals to calculate cumulative presence time, eliminating manual tracking errors.

A controller specifies terminal device functions using destination region data and external estimation information.

A cellular system generates reference signatures by incentivizing users to enter sub-areas with low measurement density.

A terminal predicts its future location and transmits this data with a confidence level to the base station.

Network nodes skip initial presence reporting when device status matches a default setting, reducing signaling overhead in wireless systems.

A controlling device detects absolute operation direction to route selected files to target controlled devices without manual identifier selection.

A method associates wireless devices with physical locations using predetermined actuation sequences and electronic location representations.

A messaging system dynamically forms content based on perceived user emotion states detected via geo-location and news feed analysis.

Automated system generates building floor plans from 360-degree panorama images without depth sensors.

Service provider delivers personalized media to mobile devices within geo-fenced perimeters using user-specific criteria.

Hierarchical device collections enable dynamic permissioning that adapts to changing contexts, reducing management overhead.

A remote sensing image processing system transforms pixel coordinates into a parameter space to identify geometry features.

Attachment base movement triggers alerts for gloved users, replacing push buttons to improve reliability.

The method resolves duplicate device name confusion by calculating spatial coordinates from signal strength values during a shake operation.

Network entities route data packets via geographic coordinates and predicted positions, reducing signaling overhead in dense communication networks.

Sequential device actuation resolves location ambiguity in wireless in-flight entertainment networks.

A dual chipset geo-fence solver segments rule generation and monitoring to minimize power consumption during continuous location tracking.

Identifies specific transmission points in shared cells using radio measurement results to determine device location.

A secondary device closes an electronic circuit to transmit a key cylinder, preventing remote fraud by requiring physical interaction.

Segmented mobile units with local processing capabilities reduce system complexity while maintaining real-time data sharing across patrol networks.

A location verifier queries nearby mobile devices through peer-to-peer communications to validate reported positions.

A virtual exhibit system moves interface elements relative to artifacts based on user profiles.