Any informational threat represents some input data, intended for activization of algorithms that break the normal mode of system´s functioning in information environment. Separated research of information security threats according to single indices doesn´t produce an expected affect, that´s why it´s necessary to reflect complexly all signs of measuring applying to each threat. As a consequence, it´s necessary to use the simulation modeling for complex research of threats to information security.
Simulation models is a combination of traditional mathematical modeling with modern computer technologies. The maximum similarity between the model and real object, and achievement of the maximum exactness of it´s description is the purpose of simulation models development.
Simulation models pretend to fulfill explanatory and prognostic functions.
The simulation models are realized by using building block concept that allows to divide the simulation system into several subsystems connected between each other by insignificant quantity of generalized interactions. This subsystems allow independent modeling with the usage of it´s own mathematical tool. Such an attitude allows rather simple construction of new simulation models by changing of separated blocks.
So, as stated above, the resolving of problems of information security is based on:
- detailed quantitative analysis of the informational vulnerability in the informatization object;
- scientifically-based determination of the required security level of each object and under concrete conditions of it´s functioning;
- creation of optimal security system;
The simulation modeling makes it possible.
The work is submitted to Scientific Conference "The Problems of International Integration of Educational Standards", England (London) - France (Paris),
April 23 - May 1, 2010. Came to the editorial office on 05.03.2010.