A conceptual model for synthesizing the architecture of virtual distributed systems

Abstract

Abstract. The article focuses on the development of a conceptual model for synthesizing the architecture of virtual distributed systems (VDS). It examines key aspects of VDS, including hardware, hypervisors, virtual machines, and management modules. The study highlights the methodological principles of architecture synthesis, starting from requirements analysis, architectural design, implementation and testing, and concluding with evaluation and optimization of VDS performance. Special attention is given to the role of hypervisors and virtual machines, their interaction with hardware, and resource management capabilities. This article provides valuable insights for researchers and practitioners involved in virtualization and computing systems development or optimization.

Purpose. The purpose of this scientific article is to develop a conceptual model for the synthesis of architecture of virtual distributed systems. The focus is on key system components such as hardware, hypervisors, virtual machines, and management modules. The research aims to define methodological principles of architecture synthesis, covering requirements analysis, design, implementation, testing, evaluation and optimization of virtual distributed systems.

Research methods. To achieve the goal, methods of analysis, synthesis, modeling and experimentation have been used. The system requirements and the standard practices in the field of virtualization and distributed systems have been analyzed. The methods of architecture design, technology selection and determination of interaction between system components have been applied. The models have been developed and the experiments have been conducted to evaluate and optimize the proposed conceptual model.

The results. As a result of the research, a conceptual model of the synthesis of the architecture of virtual distributed systems has been developed. The key components and methodological principles have been taken into account. The study confirms the importance of a deep understanding of system requirements and the selection of appropriate technologies for successful architecture synthesis. Special attention is paid to the role of hypervisors and virtual machines in the system, as well as their interaction with hardware and resource management capabilities.

Conclusions. This paper has significant practical and scientific value and can be useful for researchers and practitioners in the field of virtualization and development of virtual distributed systems.