Location Information Based Service TRIZ Cases

Device key authentication secures encrypted content on mobile devices while eliminating continuous network streaming and reducing bandwidth consumption.

Mobile devices cache network radio signal ranges to determine position updating opportunities without constant GNSS queries.

Topology of probes segments IoT lawful interception to collect authorized data while masking unauthorized information.

Position-based resource selection reduces transmission collisions in dense vehicular networks without increasing signaling overhead.

A communication control system determines terminal presence areas and adjusts service areas to maintain network connections.

An information presentation apparatus ranks location candidates to display optimal move sequences for user-defined function groups.

Active stylus transmits capability information to a sensor controller enabling rapid orientation data exchange.

A location inference engine scores historical entries to determine device position.

Server updates network content access rights using device proximity detection, eliminating manual registration steps and reducing time to grant secure sharing.

Relay devices segment the network to reduce direct gateway connections, lowering latency and improving bandwidth utilization.

A public engagement computing platform scores user contributions based on verified location and relevance to prioritize feedback visibility.

A beacon-based system uses digital signatures to verify user device proximity for accurate emergency location services.

Segmenting the visual field into central and peripheral zones allows users to interact with mobile devices without removing headsets.

A portable terminal estimates user movement direction to predict the nearest image forming apparatus for printing.

RF discovery triangulation calculates access point coordinates to eliminate manual placement errors and optimize wireless coverage.

Radar signal processing generates surrounding images from reflection data to mitigate propagation loss and improve throughput.

Segmenting basic on-off grid connectivity from complex rule settings simplifies setup while maintaining tracking precision.

A computing device generates multiple circular shaped geofences to cover a geographic region defined by a polygon shape.

A location-based storytelling system streams digital assets to mobile clients only when required, visualizing 3D stories on virtual stages anchored at specific physical locations.

A cell coverage management service collects geolocated traffic data to identify defects in wireless network coverage.

A wireless security system identifies rogue devices by tracking their physical location via probe signals and MAC addresses.

Geofence system filters real-time offers by consumer location and registered preferences, eliminating irrelevant messages that cause frustration.

A Voronoi diagram-based algorithm progressively outputs location query results using a min-heap of split points.

A mobile device determines its travel speed and applies a matching user-interface profile to adjust settings automatically.

A mobile communication device retrieves sensory information from other devices to generate personalized media content using a server intermediary.

A layered communication system detects device separation using short-range and network protocols.

A UWB fence network determines node positions via trilateration to establish a coordinate system, simplifying complex geo-fence configuration.

An integrated security server dynamically allocates communication channels to mobile devices based on priority parameters.

Circuitry selects wireless modes based on proximity to resolve complexity trade-offs.

A biometric terminal captures mobile device identifiers and verifies user identity through automated facial image processing.

A device retrieval server stores identifiers and location data to enable users to select communicatively connected devices with desired functions.

A motion-based authentication system uses cryptographic commitments to pair devices securely through correlated sensor data.

A wireless device alternates transmission and reception modes to detect relay station coverage area status.

Computes protection zones from location and antenna data to avoid harmful interference with unintended receivers.

Historical coordinate analysis verifies device positions, preventing unauthorized access without increasing hardware complexity.

A network intermediary detects and replaces user geolocation data with virtual coordinates, preventing unwanted tracking while maintaining service connectivity.

A geographic and time-based access control system monitors user equipment location to dynamically grant or revoke application access.

A system delivers targeted promotional content to authenticated mobile devices within wireless network range.

Dynamic binning selects bins with the highest round-trip time counts to filter noise-induced false measurements and enhance geo-location sensitivity.

A network element system determines terminal identifiers by querying multiple sources and matching location data.

Segmenting location management into fixed and roving units improves alert dissemination efficiency while controlling system structure complexity.

A multi-dimensional fabric interface enables seamless travel between virtual locations in augmented reality environments.

Automated application exchange system negotiates service level agreements across distributed mobile edge computing nodes.

Centralized processing merges multi-operator register data to estimate absolute roaming volumes, resolving limited visibility constraints.

Portable communication devices detect nearby users using proximity sensors and transmit MAC addresses to a remote fusion server, reducing infrastructure costs.

Fusing local motion data with global displacement information resolves directional ambiguity in vehicle orientation estimation.

A computing system compiles GPS data to display emergency vehicle movements on a shared aerial map interface.