Description: The virtual system architecture in the context of distributed computing refers to the design and structure that enable the operation of multiple interconnected virtual systems, functioning as a cohesive single entity. This architecture allows hardware and software resources to be distributed across a network, facilitating collaboration and communication between different nodes. Key features include the ability to dynamically scale resources, efficient workload management, and resilience to failures. Additionally, it provides an environment where applications can run independently, despite being distributed across different physical locations. Virtualization plays a crucial role in this architecture, allowing multiple operating systems to run on a single physical hardware, thus optimizing resource usage. The virtual system architecture is fundamental for the implementation of cloud solutions, where services are offered over the internet and resources are managed centrally but accessible from anywhere. This structure not only enhances operational efficiency but also allows for greater flexibility and agility in deploying new applications and services.
