Hardware assisted binary translation within virtualization environments

Abstract

Modern processor hardware virtualization capabilities allow for organizing a virtual environment to run on the same processor architecture guest operating system code without modifications right on central processing unit. However, incompatible architecture guest operating code cannot be launched as is under existing hardware assisted virtualization software. Accordingly, there are provided systems and methods employing hardware assisted binary translation within virtualized environments to support these requirements of incompatible architecture guest operating code by isolating the guest operating system architecture offering enhanced execution.

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