We consider a cybernetic method for describing and analyzing real flows when intervals between successive moments of claim arrivals are statistically dependent and have different distributions. We propose heuristic algorithm that allow to distinguish two classes of heterogeneous requirements in a flow. As their description, we propose to use only the intervals between adjacent first class claims and the number of all claims in each such interval. The feasibility of the proposed description is demonstrated not only with the example of a traffic flow of cars moving on a highway, but also when determining the probability laws of the distribution of real flows of a different physical nature.

当索赔到达的连续时刻之间的间隔在统计上具有依赖性并且具有不同的分布时，我们考虑采用控制论方法来描述和分析实际流量。我们提出了启发式算法，该算法可以区分流中的两类异构需求。作为其描述，我们建议仅使用相邻的第一类索赔之间的间隔以及每个此类间隔中所有索赔的数量。所提出的描述的可行性不仅以在高速公路上行驶的汽车的交通流为例进行了证明，而且还在确定不同物理性质的实际流的分布的概率定律时得到了证明。