Location Information Based Service TRIZ Cases

Terminal devices actively report their own location and time data to the network device, resolving low accuracy in base station measurements.

A cellular network management method generates a triangulation diagram from cell location coordinates to identify neighboring mapped cells with shared boundaries.

Mobile devices estimate location using ambient Wi-Fi beacons to define logical boundaries without continuous GPS tracking.

Close proximity scanning automates data transfer between devices, eliminating manual entry errors and accelerating datacenter management workflows.

Server computer verifies portable device identity by matching transaction access point location with mobile device position.

A location selection system evaluates horizontal and vertical uncertainties from multiple sources to identify compliant data providers.

A cloud service correlates mobile devices with companion identities to determine personalized journeys within geographic regions.

A management device detects terminal position during charging to control signal transmission and access.

A dynamic review system uses an interactive chat interface to collect user feedback through multimedia formats.

Aerial user equipment filters public warning messages by altitude thresholds to resolve antenna lobe coverage gaps.

A device-based hybrid location system filters civic addresses from E911 reports based on calculated uncertainty values.

A geo-fence system expands its radius based on predicted weather to increase user reach.

A distributed location management function processes positioning procedures remotely to improve accuracy.

Server recalculates virtual boundaries based on periodic location polling to resolve the trade-off between tracking accuracy and device energy consumption.

Coordinated smart wearables amplify location signals through light patterns, resolving GPS inaccuracy in dark or crowded environments.

A secure localization method uses dynamic filtering to estimate multi-mobile robot states under deception attacks.

Detects repeating mobile device proximity patterns at purchase locations to pair devices for targeted content delivery.

Adjusting the advertising interval of a Bluetooth LE tracker resolves the contradiction between location accuracy and power consumption.

A security element adjusts operating parameters based on detected usage patterns to optimize resource allocation.

Segmented storage preserves a unique beacon code to locate lost devices while protecting user privacy.

Environmental signature vectors replace GPS coordinates to resolve accuracy-versus-adaptability contradictions in portable device location identification.

A smart paging method targets the last accessed eNodeB before expanding to adjacent Tracking Areas.

A mobile authentication system dynamically arranges control icons based on device orientation to streamline physical resource access.

Codewords allow user equipment to detect trigger events independently, bypassing complex network structures that restrict flexible location reporting.

A control apparatus detects wireless terminal position to manage information processing device operations.

A printing control device verifies mobile equipment identity before executing tasks to ensure secure document handling.

Geofence sizing adapts to device speed and update intervals, resolving the trade-off between power efficiency and reliable event detection.

Mobile devices relay location coordinates via peer-to-peer ad-hoc networks to point of sale terminals.

Segmenting complex boundaries into simple shapes improves location accuracy while reducing computational energy consumption on mobile devices.

A kinetic motion energy generator converts animal movement into electrical power for a wearable tracking device.

A unified mobile platform aggregates user content from multiple sources using location and travel data.

Processor configures camera settings using wireless location data from external devices to track moving subjects.

Network devices store user identifiers with location triggers to synchronize data with SET terminals, preventing service disruption during identity changes.

Associates cryptographic key material with geo-fence attributes to resolve security vulnerabilities from unrestricted location access.

A virtual geographic zone tracking system uses pre-calculated equations to determine user device location and execute supervisor-defined actions.

A communication alias system generates distinct profiles for mobile users to route specific messages.

Processing server determines transaction confidence using device fingerprints and geographic validity zones to resolve reliability versus complexity trade-offs.

A server adjusts reporting rates for wireless devices based on performance indicators to optimize data collection.

Mobile device location data verifies alarm legitimacy, reducing false triggers and minimizing emergency resource wastage.

A device management system adjusts scanning frequency based on motion state to conserve battery energy.

Aggregates user device signal data to generate accurate wireless coverage maps.

Wireless devices parse vendor-specific coverage area identifiers using selected techniques to extract network attributes for service optimization.

A data proxy management system mediates communication between applications and connected objects to enable scalable resource usage.

A mobile station manages dual smart cards via a controller unit that activates functions based on detected networks.

A location server manages mobile content access using spatial proximity detection to enforce strict physical boundaries for information retrieval.

An inertial navigation system anticipates user interactions by correlating motion patterns with device behavior.