Aerospace Instrument-Making Annotation << Back Method of Fuzzy Selection of a Distributed Computing Structure Configuration Taking Into Account Restrictions on the Duration of Problem Solving Yakovlev E.L., Pevneva A.G., Shvets T.S. The paper describes a fuzzy method for selecting a distributed configuration of a computing task processing system, taking into account time constraints. The method is constructed using fuzzy Petri nets and based on the "cooled" Markov system model. Transitions between states are carried out as a result of the operation of one of the basic relations of Allen's interval logic. A special feature of the proposed solution is the possibility of implementing an implementation policy in the absence of a tight time frame. Different conditions are met for different tasks, and this circumstance greatly increases the amount of data on the basis of which a vague execution policy is developed. A new theoretical solution is proposed that helps optimize the time spent on batch processing and sending applications. Keywords: dynamic scaling of architecture, task scheduler, cooled queuing system. DOI: 10.25791/aviakosmos.6.2025.1486 Pp. 16-20.