Location Information Based Service TRIZ Cases

A location analytics server classifies wireless devices as visitors or passersby using signal strength and detection patterns.

A multimedia system extracts audio components and packetizes them for wireless transmission to computing devices.

Dual beacon signals enable coarse and precise location tracking without dedicated hardware, reducing system complexity.

A mobile device predicts service boundary crossings using aggregated signal strength data to issue timely availability notifications.

A tracker system rotates active reporting roles among clustered devices to reduce average power consumption.

Segmented allowed location areas enable precise machine type communication device movement detection within restricted network zones.

A tracking area update mechanism monitors wireless device messages to control network signaling traffic.

A method classifies telephone cell malfunctions by associating call drop data with spatial coordinates to enable targeted parameter adjustments.

A confidence-based authentication system generates a composite score from weighted responses to multiple challenges.

A mobile device system automatically communicates verification passwords using proximity sensors.

Processor detects geofence events from mobile devices to determine user locations.

A synchronization service shares mapping states across devices to enable seamless cross-device continuity.

Segments service areas into mobile edge computing zones to reduce inter-server migration overhead.

A mobile notification system queues messages until a device enters a targeted geographic area.

A computing system enables or disables mobile device applications based on real-time geographic location data.

A centralized platform updates tracking device configurations based on real-time location data.

Segmenting PGW IP addresses into multiple client IPs prevents route conflicts and ensures accurate downlink data packet forwarding.

A secondary receiver authenticates media access by capturing audio from a primary device and comparing it against authorized channel signatures.

Master device synchronizes audio signals across multiple cell phones to reproduce surround sound effects.

A smart tracking label switches between Bluetooth and GPS location services to optimize power consumption.

Proximity sensors trigger dynamic sleep-wake cycles in access control devices, eliminating response delays while conserving battery life.

A mobile device system detects transportation mode transitions using movement sensors and stores the estimated location of the change point.

Terminal generates device-specific Web UI from configuration files to resolve multi-device incompatibility and reduce maintenance workload.

Dynamic virtual boundaries enforce access control by evaluating geographic location and time thresholds, preventing unauthorized entry without static passwords.

System anticipates boundary crossings via historical location data to extend early warning time without increasing real-time monitoring complexity.

A wireless device calculates sender distances from Cartesian coordinates to process or discard packets based on predefined ranges.

A common service entity dynamically adjusts location update periods based on device mobility states to optimize data acquisition.

A context-based application cataloging service selects and delivers relevant mobile apps using location metadata.

A base station configures user equipment to perform monostatic radar sensing using shared frequency resources.

A computer-implemented method uses localization signals to determine user location and enforce content access rules for secure viewing.

An electronic apparatus verifies beacon signal authenticity using multi-device distance calculations.

A cellular network method maps cell identifiers to Internet Protocol addresses using Domain Name System queries.

A navigation map calculates direction and distance to the nearest wireless cellular coverage area using precise location services.

Assigning dedicated communication channels to user devices based on service profiles for secure context delivery.

Community mobile devices relay location data beyond direct range, resolving the contradiction between tracking reliability and user operation complexity.

A vehicle positioning system merges communication and positioning signals into unified MIMO waveforms to resolve carrier phase for precise location estimation.

A system analysis tool measures wireless signal data and packet streams to create parameter maps for network assessment.