Abstract: A method is provided for predicting the future realization of at least one state that can be adopted by an object, based on a source database, storing for the past occurrences of the at least one state, values for the variables relating to the object, the method including the following steps: generating at least two classifiers according to two different data classification algorithms, for each of the classifiers, machine learning, and selecting the best classifier from the classifiers; the method also including a phase, called detection phase, including: updating the source database over time, and at least one prediction step by the best classifier, based on the updated source database.

Abstract: A method for distributing information to a user equipped with a communicating mobile terminal. Geolocating the terminal to provide information representative of the geographical location of the terminal. The terminal communicates the information representative of the geographical location of the terminal to a server. The server selects stored information according to the information representative of the location of the terminal and predefined location data associated with each piece of information. The server filters the selected information according to a user profile associated with the terminal, sorts the filtered information by a bipartite graph, and transmits the sorted information to the terminal. The terminal displays the transmitted information on a screen. Determining the processing applied by the user to each displayed information according to an interaction of the user with the terminal.

Abstract: A relational database access system and method provides a new data representation and a query technique which allows information system end users to access (query) relational databases without knowing the relational structure or the structure query language (SQL). The present invention utilizes semantically dynamic objects.

Abstract: A relational database access system and method provides a new data representation and a query technique which allows information system end users to access (query) relational databases without knowing the relational structure or the structure query language (SQL). The present invention utilizes semantically dynamic objects.

Abstract: A relational database access system and method provides a new data representation and a query technique which allows information system end users to access (query) relational databases without knowing the relational structure or the structure query language (SQL). The present invention utilizes semantically dynamic objects.

Abstract: A relational database access system and method provides a new data representation and a query technique which allows information system end users to access (query) relational databases without knowing the relational structure or the structure query language (SQL). The present invention utilizes semantically dynamic objects.

Abstract: A relational database access system and method provides a new data representation and a query technique which allows information system end users to access (query) relational databases without knowing the relational structure or the structure query language (SQL). The present system utilizes semantically dynamic objects.

Abstract: A relational database access system and method provides a new data representation and a query technique which allows information system end users to access (query) relational databases without knowing the relational structure or the structure query language (SQL). The present invention utilizes semantically dynamic objects.

Abstract: A relational database access system and method provides a new data representation and a query technique which allows information system end users to access (query) relational databases without knowing the relational structure or the structure query language (SQL). The present invention utilizes semantically dynamic objects.

Abstract: A relational database access system and method provides a new data representation and a query technique which allows information system end users to access (query) relational databases without knowing the relational structure or the structure query language (SQL). The present invention utilizes semantically dynamic objects.