Abstract: A user equipment and method for call filtering is provided. On receipt of an incoming call, the incoming call's telephone number or other caller identifier is determined and then used as a search query in a search engine search. Using natural language processing or text string comparison, text from the search hits is processed by comparing with the stored permitted caller description(s). If a match is found, then a call alert is generated, whereas if not, then the call is blocked.

Abstract: Aspects of the present disclosure relate to improved text focus for head mounted displays (HMDs). Sensor data is received from an eye-tracker of an HMD equipped by a user. A determination whether the user is reading is made. In response to determining that the user is reading, a text area on a display of the HMD is determined. The display of the HMD is then filtered based on the determined text area, where a non-text area of the display is filtered and the text area is not filtered.

Abstract: A user equipment and method for call filtering is provided. On receipt of an incoming call, the incoming call's telephone number or other caller identifier is determined and then used as a search query in a search engine search. Using natural language processing or text string comparison, text from the search hits is processed by comparing with the stored permitted caller description(s). If a match is found, then a call alert is generated, whereas if not, then the call is blocked.

Abstract: A user equipment and method for call filtering is provided. On receipt of an incoming call, the incoming call's telephone number or other caller identifier is determined and then used as a search query in a search engine search. Using natural language processing or text string comparison, text from the search hits is processed by comparing with the stored permitted caller description(s). If a match is found, then a call alert is generated, whereas if not, then the call is blocked.

Abstract: A user equipment and method for call filtering is provided. On receipt of an incoming call, the incoming call's telephone number or other caller identifier is determined and then used as a search query in a search engine search. Using natural language processing or text string comparison, text from the search hits is processed by comparing with the stored permitted caller description(s). If a match is found, then a call alert is generated, whereas if not, then the call is blocked.

Abstract: A user equipment and method for call filtering is provided. On receipt of an incoming call, the incoming call's telephone number or other caller identifier is determined and then used as a search query in a search engine search. Using natural language processing or text string comparison, text from the search hits is processed by comparing with the stored permitted caller description(s). If a match is found, then a call alert is generated, whereas if not, then the call is blocked.

Abstract: A method for topic discovery through structural knowledge in an associative document tree building system includes inserting a set of documents into nodes of a document tree, extracting a tag set of tags from the set of documents and inserting each tag into a different node of a tag tree. The method also includes conducting a search engine query using the tags of the extracted tag set to produce a new set of documents and inserting the new set of documents into nodes of the document tree. The method yet further includes extracting a new tag set of tags from the new set of documents and inserting each tag of the new tag set into a different node of the tag tree. Finally, the method includes displaying at least a portion of each of the document tree and tag tree in a user interface displayed.

Abstract: A method for topic discovery through structural knowledge in an associative document tree building system includes inserting a set of documents into nodes of a document tree, extracting a tag set of tags from the set of documents and inserting each tag into a different node of a tag tree. The method also includes conducting a search engine query using the tags of the extracted tag set to produce a new set of documents and inserting the new set of documents into nodes of the document tree. The method yet further includes extracting a new tag set of tags from the new set of documents and inserting each tag of the new tag set into a different node of the tag tree. Finally, the method includes displaying at least a portion of each of the document tree and tag tree in a user interface displayed.