Abstract: In some embodiments, a system for creating a structured content object comprises a database configured to store unstructured content and a control system configured to segment the unstructured content into a plurality of elements, analyze, via a plurality of models, each of the plurality of elements, wherein each of the models is trained for a different type of content, generate, for each of the plurality of elements, confidence scores, generate, for each of the plurality of elements, bounding boxes, determine, based on the confidence scores for each of the plurality of elements, a type of content, determine a reading order, create, based on the confidence scores, the bounding boxes, and the types of content, tags including (i) the confidence scores, (ii) the bounding boxes, and (iii) the types of content for each element of the plurality of elements, and create, based on the tags, the structured content object.

Abstract: Embodiments of the present invention provide a method for allowing efficient allocation of data center resources in a virtualized data center. In one step, network information is obtained from a network using an application resource broker (ARB). In another step, data center information is obtained from a virtual center server using the ARB. In another step, a set of application traffic metrics and a set of virtualized infrastructure metrics are determined using the ARB based on the obtained network information and data center information respectively. The ARB is implemented on a computer system.

Abstract: Embodiments of the present invention provide a method for allowing efficient allocation of data center resources in a virtualized data center. In one step, network information is obtained from a network using an application resource broker (ARB). In another step, data center information is obtained from a virtual center server using the ARB. In another step, a set of application traffic metrics and a set of virtualized infrastructure metrics are determined using the ARB based on the obtained network information and data center information respectively.

Abstract: Embodiments of the present invention provide a method for allowing efficient allocation of data center resources in a virtualized data center. In one step, network information is obtained from a network using an application resource broker (ARB). In another step, data center information is obtained from a virtual center server using the ARB. In another step, a set of application traffic metrics and a set of virtualized infrastructure metrics are determined using the ARB based on the obtained network information and data center information respectively. The ARB is implemented on a computer system.

Abstract: Embodiments of the present invention provide a method for allowing efficient allocation of data center resources in a virtualized data center. In one step, network information is obtained from a network using an application resource broker (ARB). In another step, data center information is obtained from a virtual center server using the ARB. In another step, a set of application traffic metrics and a set of virtualized infrastructure metrics are determined using the ARB based on the obtained network information and data center information respectively. The ARB is implemented on a computer system.