Abstract: A system and method for automatic generation of information-rich content from multiple microblogs, each microblog containing only sparse information, the method comprising collecting a population of microblogs comprising microblog data, each microblog containing a limited number of characters; providing a user interface allowing entry of a search query; matching a search query entered on the user interface to data in the microblog data; providing the results of the matching process as a sub-set of microblog data; applying processing techniques to the sub-set of microblog data; and generating a summary report of the processed sub-set of microblog data.

Abstract: A system and method for automatic generation of information-rich content from multiple microblogs, each microblog containing only sparse information, the method comprising collecting a population of microblogs comprising microblog data, each microblog containing a limited number of characters; providing a user interface allowing entry of a search query; matching a search query entered on the user interface to data in the microblog data; providing the results of the matching process as a sub-set of microblog data; applying processing techniques to the sub-set of microblog data; and generating a summary report of the processed sub-set of microblog data.

Abstract: A communication object including a plurality of object words may be received. The communication object may be parsed to identify each of the object words as tokens. A first natural language and at least one natural language different from the first natural language that are associated with the plurality of object words may be determined, based on a language analysis of the tokens. Tokens associated with the first natural language and tokens included in embedded word phrases associated with the embedded natural language may be translated, via a translating device processor, to a target natural language, based on at least one context associated with the communication object.

Abstract: A computer-implemented method and system for providing automated admission to a healthcare unit for a potential patient, comprising receiving patient data from the potential patient at a server via a communications module of a mobile terminal, processing the patient data to determine a level of care required, updating an admission support module of a healthcare unit on the basis of the determined level of care, displaying a notification on a display of the mobile terminal representing an instruction for the potential patient.

Abstract: A method for creating a virtual hub for a community of users with common interests to interact in over a network, comprises determining multiple topical interests from a set of input sources queried over the network, computing a measure representing a prominence for respective ones of the multiple topical interests, providing a topical interest with a prominence value which exceeds a predetermined threshold for prominence, determining multiple interested parties for the topical interest using a measure of interest for users with respect to the topical interest, and instantiating a hub on the network for the topical interest for the multiple interested parties.

Abstract: A communication object including a plurality of object words may be received. The communication object may be parsed to identify each of the object words as tokens. A first natural language and at least one natural language different from the first natural language that are associated with the plurality of object words may be determined, based on a language analysis of the tokens. Tokens associated with the first natural language and tokens included in embedded word phrases associated with the embedded natural language may be translated, via a translating device processor, to a target natural language, based on at least one context associated with the communication object.

Abstract: The present invention discloses a method, system and computer program for providing information to transportation vehicles on the presence of passengers who want to travel to a particular destination. The method in each communication system at stops, comprises the steps of: receiving a request from a passenger to board a vehicle at the stop for a particular destination; identifying an approaching vehicle going to said particular destination and which would stop at the stop; forwarding said request to board to the identified vehicle; receiving a confirmation from the vehicle informing that said vehicle will stop at the stop to board the passenger; forwarding to the passenger the confirmation received from the vehicle in response to the request to board.