Geolocatable events weight pixel distribution to resolve accuracy limits in cellular network planning caused by coarse geographical parcel classifications.
A server aggregates location data from outdoor media points to determine user exposure strength and select relevant supplemental content.
A mobility server translates user equipment identifiers into candidate access point name data sets to maintain network connectivity.
A privacy analysis module evaluates location data collected by mobile applications to determine device movement uncertainty.
A location proxy server encrypts mobile terminal coordinates to generate precise third-party website hyperlinks.
Terminal transmits additional cell list to network node, enabling cell-based area updates that reduce paging resource consumption.
Analytic server builds signal graphs and generates hyperclusters from wireless observations to determine device geolocation.
A trunked radio location query system broadcasts simultaneous queries to multiple subscriber radios for swift data acquisition.
A system detects transient crowds via mobile device geolocations to deliver targeted content without static geofences.
A state detection method adjusts thresholds using channel and environmental metrics to identify device motion.
A mobile application tracks user locations using built-in sensors to authenticate position data for item matching.
Automated location privacy recommendation classifies places to suggest appropriate data sharing levels.
Server-mediated presence codes enable IoT devices to adapt behavior based on user profiles while protecting privacy by keeping sensitive data off the device.
Information processing apparatus specifies vector representations for area temporal usage patterns using a three-layer neural network model.
A system ranks candidate place entities using social graph data and calculated confidence scores to identify user locations.
A service experience score system uses beacon devices to detect customer device presence and generate comprehensive visit metrics.
A matcher calculates similarity values between trajectory data to associate mobile telephony identifiers with computer network identifiers.
A beam prediction engine selects millimeter-wave beams using static and mobile object locations to reduce acquisition time.
A geo-fence valuation system augments geodensity counts by classifying location data types and applying precision-based weighting rules.
Adjustable phone holder with movable blocks secures various mobile devices, eliminating costly model-specific testers.
A network computing system predicts supplier preparation times to match service provider arrivals with order readiness.
A second node receives minimization of drive test status information to configure user equipment measurements.
An AI model dynamically gathers and presents point of interest data to vehicle users.
A geofencing system detects visitor cohorts via sensors to trigger timely alerts for organizational awareness.
Wireless digital identifiers trigger conditional data sharing between user and agent equipment based on location criteria.
Spaced superhighway nodes create overlapping wireless coverage areas to form continuous airspace corridors for unmanned aerial vehicle transit.