Microservice Architecture of Virtual Training Complexes

The task of automating and reducing the complexity process developing virtual training complexes is considered. analysis subject area showed need to move from a monolithic service-oriented version architecture. It found that use architecture in implementation limits possibility modernizing system, increases its software complexity, makes it difficult implement an interface for managing monitoring process. general concept microservice presented, definitions main secondary components are given. scientific novelty research lies transition classical HTC architecture; eliminating shortcomings this approach by implementing single protocol exchange information between modules; separation network interaction procedures into libraries unify improve reliability system. isolated, loosely coupled microservices allows developers best technologies, platforms frameworks their implementation; separate graphical simulator instructor visualization reality system; provide ability flexibly replace (visualization, interface, with reality) without changing affecting other modules. decomposition structural model carried out, specifics functioning presented. networking JSON-based data practical significance proposed parallelization development modernization complexes. features systems implemented analyzed.