articles

New methods for graph-analytical and algebraic description of administrative procedures are considered. The administrative procedures being analyzed provide public and municipal services in electronic form within the framework of «Electronic Russia» federal program. A method for systems formal description in terms of «unit», «function» and «object» is presented.

A method for estimating reserves reducing the resource consumption of goods and services which requires minimal resources is suggested. It is shown that the simulation may provide obtaining both statistical characteristics and the overhead distribution of each resource-allocation process. It is proposed to estimate reserves to reduce resource consumption of goods and services on the magnitude of the coefficient of variation, the value of right-sided asymmetry and the median of the empirical distribution of the resource costs.

Finite resources distribution mechanisms in a hierarchical control system are considered. The generalized model of system elements behavior consisting of two parts is suggested. The first model incorporates the concept of the fuzzy compromise game allowing performers to build the general resources distribution strategy using negotiations. The second model aims to harmonizing the interests of the center and performers on the basis of Nash balanced situations.

An enterprise management structure is modeled using graph theory approach. The management graph and the information graph are considered. An algorithm for constructing the optimal organization management structure is presented.

The basic methods of constructing automated trading system (ATS) for the financial markets, including the modern type of ATS-based reinforcement learning, are described. A new topology of the ATS capable to analyze the technical characteristics of time series is proposed as well as fundamental analysis issues. The architecture of the proposed MTS allows for adaptation to the behavior of the market.