Abstract: An optimizer of interdependent information for storing fragments of interdependent information based on their sequential interdependence, and input and output parameters based on address information about zones of location of input and output information of the interdependent information. Dynamic processing of interdependent information is enabled by translation and storage of information about the fragments of the interdependent information.

Abstract: Sequential-correlational method of evaluation of probabilistic characteristics of a hierarchical functional structure comprising structural elements described by respective mathematical models of structural elements, that include input and output parameters, and dependencies between structural elements described by respective mathematical models of dependencies between structural elements, that include input and output parameters.

Abstract: An Optimizer of Interdependent Information connected between the external system of input and storage of interdependent information and the external system of dynamic processing of interdependent information; and containing sequentially connected to each other means of reading from said external system of input and storage of interdependent information, step-by-step identification, ordering, and storing of the fragments of the collection of said interdependent information based on their sequential interdependence, as well as the means of identification and storing of the individual fragments containing, respectively, the input and output parameters from said collection based on the initially assigned address information about the zones of location of the input and output information within said system of input and storage of interdependent information; and the means of translation and storage of the information about said memorized identified and ordered fragments of said collection of interdependent informat

Abstract: Sequential-correlational method of evaluation of probabilistic characteristics of a hierarchical functional structure comprising structural elements described by respective mathematical models of structural elements, that include input and output parameters, and dependencies between structural elements described by respective mathematical models of dependencies between structural elements, that include input and output parameters.

Abstract: A graphical user interface (GUI) is described which enables hierarchically structured information to be presented and analysed by a user quickly and easily. In one example, the GUI is for a fraud management system and the information is about “alarms”. Each alarm is an indicator of potential fraud and several types of alarm are presented, where the type of an alarm depends on the method of obtaining that alarm. The types of alarm are arranged in a hierarchical structure and a representation of the hierarchical structure is displayed on a display screen. A user is able to select one or more parts of the hierarchical structure in order to display information about all the alarms of the selected types and subtypes. This enables the user to quickly and easily view required information without the need to make many user actions and selections. The representation of the hierarchical structure may be tailored by the user. This is done by collapsing or expanding parts of the hierarchical representation.