Optimization of investment volume allocation when implementing a program for the development of a multi-object organizational system

The article considers one of the problems of applying the optimization approach to managing investment in development programs of a multi-object organizational system at the stage of its implementation. It is shown that for some period of time of the program implementation there is an incomplete development of the planned investment resource of a number of objects of the system. In this case, the opportunities for rebalancing of unused resource provision are created. Such rebalancing of investments is tied to the directions of implementation of the development program and requires optimization of the distribution of additional investment resource between the objects of the organizational system. Based on the formalization of extreme and boundary requirements that define the process of investment rebalancing, a multicriteria optimization problem with constraints is formed. The vector criterion convolution using the principle of guaranteed result is carried out and conditions of optimality of managerial decision are introduced. A problem-oriented algorithm for optimizing the decision-making process, including the formation of a set of options for rebalancing investment volumes and the selection of the final option on the basis of expert evaluation, is proposed.