Mathematical modeling of mechanisms for detecting threats of information leakage through parametric channels
С В Белокуров, Y E Lvovich, Sergiy V. Ivanov, A N Noev · Journal of Physics Conference Series · 2019
The article analyzes various conceptual aspects of the problem of protecting information from leakage through parametric channels. An indicator of the relevance of the threat of information leakage through parametric channels is considered in the form of a two-component vector, the first component of which is the probability of realizing the threat of leakage and the second is the coefficient of its danger. The characteristics of threats are given. The ways of information protection from leakage through parametric channels in the concept of information security management are explored. The principles of modeling mechanisms for detecting threats to information leakage through parametric channels are formalized in the interest of evaluating the effectiveness of its protection against leakage. A mathematical description of the effectiveness index of mechanisms for detecting threats of information leakage through parametric channels is proposed. The result of the conducted studies is a meaningful and formal statement of the problem of modeling mechanisms for detecting threats to information leakage through parametric channels in the interest of evaluating the effectiveness of information protection.