Final answer:
Shared-nothing clusters are systems where each node independently owns its hardware resources, such as disk volumes, and operates independently without overlap in resource control.
Step-by-step explanation:
Cluster computing can take various forms based on how the resources within the cluster are managed and shared. The statement describes a shared-nothing cluster. In a shared-nothing architecture, each node in the cluster owns its own hardware resources, such as disk volumes, and operates independently. There is no overlap in resource control; the resources are 'owned' by only one system at a time. This contrasts with a shared-disk or shared-everything approach where multiple systems might have concurrent access to the same hardware resources.
Shared-nothing architectures are commonly used in various database management systems and are favored for their scalability and fault tolerance, as the failure of one node does not necessarily compromise the functionality of others. A well-known example of a shared-nothing architecture could be seen in certain implementations of high-performance distributed databases or in data warehousing solutions.