Sariot, Eray

Example embodiments describe a computer-implemented method, an apparatus, and a computer program product for generating personalized content for users traversing a route. The method may obtain a route and its content attention profile, which assigns an estimated content attention level to each road link based on user attention levels corresponding to various road link features. A control prompt may be generated based on this profile and a first content data file containing text, audio, or video data. The control prompt may instruct adjusting the detail level of the content. A generative artificial intelligence component may process the first content data file and control prompt to generate a second content data file. The second content data file may be presented on a user device. This method may provide an adaptive entertainment experience for users along their route, potentially enhancing engagement and enjoyment during travel.

Methods, apparatuses and computer program products for updating map data are disclosed. The method for updating a map comprises obtaining first map data to be updated, obtaining second map data to be used for updating the first map data, determining a matched second map road segment of a road of the second map data matched to a corresponding matched first map road segment of a road of the first map data, registering the matched second map road segment to the matched first map road segment; and updating the first map data by updating the first map road segment.

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A method, apparatus, and computer program product are provided for establishing and applying a second level of anonymization of trajectories to improve privacy. Methods may include: receiving anonymized mobility data for a geographic region subdivided into a plurality of map tiles, where the mobility data includes a plurality of probe data points anonymized with a first anonymization level, where sequences of probe data points define trajectories; determining, based on the anonymized mobility data, one or more map tiles of the plurality of map tiles where anonymization of trajectories using the first anonymization level fails to satisfy a predefined anonymity parameter value; removing a subset of the anonymized mobility data corresponding to the one or more map tiles; and publishing the anonymized mobility data without the subset of the mobility data corresponding to the one or more map tiles for use with one or more location-based services.

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It is inter-alia disclosed a method, wherein the method comprises:- obtaining or holding available radio positioning support map information representing a radio positioning support map of a radio positioning system and geographic map information representing a geographic map, wherein an overlapping geographic area is covered by the radio positioning support map and the geographic map, wherein the overlapping geographic area is dividable into a plurality of subareas of the overlapping geographic area;- determining, for each subarea of the plurality of subareas, a respective observed radio positioning support device density at least partially based on the radio positioning support map;- determining, for each subarea of the plurality of subareas, a respective expected radio positioning support device density at least partially based on the geographic map;- evaluating, for each subarea of the plurality of subareas, a respective radio positioning performance of the radio positioning system in the respective subarea of the plurality of subareas at least partially based on the respective observed radio positioning support device density and the respective expected radio positioning support device density.

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