Abstract: A method for identification and authentication of objects includes providing a central electronic system, including a database; providing at least one electronic user device; and providing one or more physical entities, each physical entity being equipped with a message reception and transmission system comprising a secure chipset storing digital identifiers and encryption keys of said physical entity. The at least one user device interrogates the central electronic system in order to receive authentication data of one or more of the physical entities, entered in said database. In reply, the at least one user device receives the authentication data and sends authentication request messages to the one or more physical entities.

Abstract: A method for identification and authentication of objects includes providing a central electronic system, including a database; providing at least one electronic user device; and providing one or more physical entities, each physical entity being equipped with a message reception and transmission system comprising a secure chipset storing digital identifiers and encryption keys of said physical entity. The at least one user device interrogates the central electronic system in order to receive authentication data of one or more of the physical entities, entered in said database. In reply, the at least one user device receives the authentication data and sends authentication request messages to the one or more physical entities.

Abstract: System for secure authentication of a user's identity in an electronic system for banking transactions, said system comprising at least one first user apparatus subject to said secure authentication, and one or more further apparatuses bidirectionally communicating with each other and with said first apparatus, characterized in that: said first apparatus (?) and a second apparatus (?), belonging to said one or more further apparatuses, comprise an equal system generating a random number (M1) composed of any number of digits, said random number (M1) being divided into a first part and, respectively, a second part (SGN, CSGN), which are complementary and subsets of said random number (M1); said first apparatus (?) comprises means for generating, through said generating system, said first part (SGN) and sending it to said second apparatus (?); said second apparatus (?) comprises means for generating, through said generating system, said second part (CSGN) via generation of one or more of said random number (M

Abstract: System for secure authentication of a user's identity in an electronic system for banking transactions includes at least one first user apparatus subject to the secure authentication, and one or more further apparatuses bidirectionally communicating with each other and with the first apparatus, wherein: the first apparatus (?) and a second apparatus (?), belonging to the one or more further apparatuses, include an equal system generating a random number composed of any number of digits, the random number being divided into a first part and, respectively, a second part, which are complementary and subsets of the random number; the first apparatus (?) including a component for generating, through the generating system, the first part and sending it to the second apparatus (?); the second apparatus (?) including a component for generating, through the generating system, the second part via generation of one or more of the random number, each one having a corresponding first part, and a component for comparing th

Abstract: A road traffic monitoring system includes: a first input for receiving position estimations of mobile terminals; a second input for receiving input specifications chosen depending on the type of service for which such monitoring is performed; and an output for generating road traffic maps, each road traffic map being associated with a set of territory elements and including, for each one of the territory elements, at least one mobility index of mobile terminals travelling within such territory element. Preferably, input specifications are chosen among at least two of the following parameters, territory element, territory element observation time slot, and maximum allowable error on the estimation of at least one mobility index.

Abstract: A method is disclosed for locating a terminal in a local wireless telecommunications network adapted to provide an estimated position of the terminal depending on a set of configuration data and a set of measuring data indicating whether the terminal belongs to a subset of said coverage areas and acquired from the terminal or network. The set of configuration data has a plurality of data bases of configurations, each one having a respective weight function, and the set of measuring data has a plurality of measuring types, depending on the type of terminal. A method for associating, to every combination of a data base of configurations and a measuring type, a respective locating procedure corresponding to an accuracy value of the locating estimation and actuating the locating procedure related to a combination selected by executing a related processing program. A processing system and a processing program or group of programs can be executed by the system and arranged to perform the above method.

Abstract: A road traffic monitoring system includes: a first input for receiving position estimations of mobile terminals; a second input for receiving input specifications chosen depending on the type of service for which such monitoring is performed; and an output for generating road traffic maps, each road traffic map being associated with a set of territory elements and including, for each one of the territory elements, at least one mobility index of mobile terminals travelling within such territory element. Preferably, input specifications are chosen among at least two of the following parameters, territory element, territory element observation time slot, and maximum allowable error on the estimation of at least one mobility index.

Abstract: A method is disclosed for locating a terminal in a local wireless telecommunications network adapted to provide an estimated position of the terminal depending on a set of configuration data and a set of measuring data indicating whether the terminal belongs to a subset of said coverage areas and acquired from the terminal or network. The set of configuration data has a plurality of data bases of configurations, each one having a respective weight function, and the set of measuring data has a plurality of measuring types, depending on the type of terminal. A method for associating, to every combination of a data base of configurations and a measuring type, a respective locating procedure corresponding to an accuracy value of the locating estimation and actuating the locating procedure related to a combination selected by executing a related processing program. A processing system and a processing program or group of programs can be executed by the system and arranged to perform the above method.