Complex Models of Ordering Multi-Sequences with Fuzzy Parameters

Purpose. The aim of the article is to develop complex constructive mathematical models ordering processes for multi-sequences elements with fuzzy parameters. At same time, following requirements complexity evaluation (FOMSCE) were established: accounting estimates formation operations complexity, need define classes initial elements, as well building individual receiving orders from different sources. Methodology. To solve problems optimal planning non-deterministic clinical monitoring patients’ treatment, FMLCPM parameters was applied. For forming FOMSCE tasks, a methodology used create multilayer structures. implement problems, methods and procedures discretizing system quantities using sets α-levels are Findings. proposes an approach solving analysis represented flow control in service systems under uncertainty. its formalization implementation, constructive-production have been developed. Originality. work has developed modeling systems, presented form model FMLCPM, which designed In layer proposed that provide operations, classification output receipt systems. Practical value. practical value results obtained lies spectrum development applications suitable effective formalizing tasks processes, wide range other transport logistics