Prediction of the State of the Cardiovascular System based on the Allocation of the Boundaries of the Implementation of the Dynamic System| Biomed Grid

Recently, research methods for rare experimental events have been intensively developed [1-9] . For a quantitative assessment of rare events, the time intervals between occurrences of successive events above (or below) some threshold Q are usually considered. In this case, both the probability density function of these repeated intervals and their long-term dependencies are investigated (autocorrelation function, conditional repetition periods, etc.). In the numerical analysis necessarily considers not very large thresholds Q, which provide good statistical estimates of repeated intervals, and then these results are extrapolated to very large thresholds, for which the statistics are very poor [1-5] .