Location Information Based Service TRIZ Cases

A location-based service obtains secondary user location indications from external sources to supplement primary device data.

Server sends first signal to second device which generates matching second signal, resolving security usability trade-off by eliminating manual user input.

A system correlates router records with transaction data to identify merchant locations, resolving GPS signal limitations in indoor environments.

A management entity tracks user activity and proximity to route IoT notifications to nearby devices with suitable capabilities.

Information publishing server retrieves content based on access point MAC address for targeted delivery.

Source base station coordinates with target nodes to transmit handover commands for high-speed user equipment in LTE networks.

A device detects user common location and pushes information when distance to a service area falls within a preset threshold.

Link mobile GPS coordinates to a camera via local network address comparison, replacing slow mail verification with accurate geolocation.

Calculates potential travel paths between sequential location determinations to resolve detection errors and reduce false positives in small geo-fenced areas.

A radio device transmits channel sounding measurements embedded in advertising scan responses to estimate distance between devices.

Concentric geofences exclude users at a target location, preventing wasted impressions and boosting conversion rates.

A formation device acquires geographic and device data to determine military presence probability distributions for visual heat maps.

A location-based app uses randomized spinner wheels to connect users with local businesses.

Wireless mesh network enables mobile devices to discover peers and exchange profile data without central server infrastructure.

Dual-lens cameras determine relative UAV positions for autonomous coordination in three-dimensional space.

Segmenting communication timelines into dedicated timing gaps eliminates interference during location probing, enabling accurate arrival latency measurements.

A SUPL authentication system negotiates mutual security credentials across diverse access networks.

A configuration manager extracts geographical data to customize mobile device alert behaviors across networks.

Venue operators contribute access point data to a location server that uses WiFi and Bluetooth mediators to resolve indoor positioning accuracy limits.

A location tracking method uses assistant terminals to relay signals from short-range wireless devices beyond direct communication range.

An interrogation device solicits mobile terminals to associate with multiple networks for signal collection.

A pillar location system identifies frequented mobile device positions using wireless access point patterns without relying on GPS signals.

Client devices relay encrypted packets to extend secure transmission range beyond fixed access points.

Buffering notifications via a timeout mechanism prevents user fatigue from overlapping geo-fences while maintaining information completeness.

Base stations impose measurement restrictions on wireless terminals to detect cell-specific reference signals during positioning subframes.

A network device monitors spatial information to retrieve control data indicating spatially-resolved quality of data transmission.

Adjusting transmission intervals based on measured signal strength detects zone breaches while avoiding costly long-range connectivity infrastructure.

Local signal scanning builds a Points of Interests database, enabling accurate location identification without external GPS tracking or privacy loss.

A site selection system analyzes user gaze and position data to determine viewing probabilities for optimal information display locations.

A master mobile terminal relays communication between remote wearable devices and a radio base station to establish secure network grouping.

A mobile communication device evaluates context to select optimal language settings for efficient user interaction.

A product pushing system tracks user positions to deliver personalized promotion portfolios from regional databases.

A distributed notification apparatus detects objects within preset ranges using segmented wireless communication circuitry and processors.

A wireless device controller combines measurement results from multiple position occasions to generate a final report.

Wireless devices transmit ranging priority indications to schedule sessions, reducing over-the-air traffic and medium congestion.

A device tracking controller determines physical locations of wireless endpoints using access point signal strength data.

Filtering reference device identities against a defined pattern protects neighboring device privacy while maintaining robust and scalable positioning accuracy.

A measurement unit captures ambient data to verify device location before executing requests.

A mobile content selection system analyzes historical location sequences to predict user interaction likelihood.

A proximity service server converts broadcast information into equipment identifiers for accurate device discovery.

Mobile device system configures location detection mechanisms to provide data only when entering or exiting predefined geo-fences.

A controller selects a wireless communication unit based on detected device approach to optimize channel allocation.

A broadcast signal exposure meter decodes embedded data from audio signals to identify stations and measure audience reach.

A network device configures and monitors operational characteristics of proximity beacon transmitters to ensure correct system behavior.

The system computes probability values to estimate device proximity, enabling local transfers via roadside units and minimizing reliance on cellular networks.

A data-processing system regulates wireless location requests by redistributing them across time slots to optimize resource usage.

A server system manages user credentials and shares them based on mobile device location data.

Analyzing location and proximity data deviations against historical baselines enables early detection of user life changes without increasing system complexity.

A user terminal acquires detailed location information via GNSS and includes it in measurement reports upon base station request.