Hypervisor I/O Conversion Engine for Random Access Patterns

The patent segments a single I/O request from a random-access virtual machine into multiple smaller I/O requests. This segmentation transforms the access pattern from random (inefficient) to sequential (efficient), improving physical machine performance without requiring changes to the virtual machine's architecture. The hypervisor performs this segmentation automatically, managing the complexity centrally.

The hypervisor acts as an intermediary between the virtual machine and the physical storage system. It receives I/O requests from the virtual machine, analyzes their access patterns, and converts random access requests into sequential access requests before forwarding them to the physical storage. This intermediary role allows the virtual machine to maintain its simple architecture while the physical system benefits from optimized access patterns.

The hypervisor performs preliminary analysis of I/O requests to identify random access patterns before they are forwarded to the physical storage system. By detecting the random access pattern upfront and converting it to sequential requests in advance, the system avoids the time-consuming process of analyzing and converting requests at the point of storage access, thereby reducing overall processing latency.

The patent implements continuous monitoring and conversion of I/O requests from virtual machines with random access patterns. The hypervisor maintains an ongoing process of analyzing request patterns and converting them to sequential requests, ensuring that the beneficial transformation is applied continuously rather than intermittently, thereby maximizing performance improvement while managing processing overhead through consistent, streamlined operation.