Abstract
Abstract. The areas of improvement of the method of dynamic load balancing for very heavy calcula-tions and tasks with scaling on cloud infrastructure, which differ from known methods, are considered. An analysis of existing methods and algorithms that provide solutions to load balancing problems in cloud in-frastructures was carried out. Methods of load balancing are considered. A model of the load distribution system for cloud infrastructure services based on a modification of the dynamic load balancing method has been developed. Experimentally verified characteristics of the created model. Comparison of available load balancing methods. The practical implementation of tracking results allows to reduce the processing time of tasks that come from the messaging system and enables flexible configuration of servers and applications. The conducted experimental studies showed that the processing time of operations decreases when using the proposed method of load balancing. Keywords: cloud applications, cloud infrastructure, servers, load balancing, message exchange system.
Published Version
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