Abstract: The present invention provides dynamic configuration and allocation of resources in a data center. These resources are monitored for availability and performance information according to their assigned execution (or application) environments. The measured performance information for each environment is used to predict levels of demand for an application in the environment. From the predicted levels of demand resource requirements can be determined to provide a predetermined level of performance under the demand changes. The resources can then be reconfigured or reallocated to different environment so that the requirements of each environment can be met.

Abstract: A method, apparatus, and computer instructions are provided for classifying and modeling operating system images for data center management. An operating system image may be classified as a golden master image, a snapshot image, or a scripted operating system image. A software model is provided to abstract operating system and platform detail, and provide a consistent and scalable way of dealing with operating system images. An installation mechanism is provided to install images based on priorities. Software installables are attached with a software definition that may either be a software stack or a software module. A software stack comprises at least one software module.

Abstract: The present invention provides dynamic configuration and allocation of resources in a data center. These resources are monitored for availability and performance information according to their assigned execution (or application) environments. The measured performance information for each environment is used to predict levels of demand for an application in the environment. From the predicted levels of demand resource requirements can be determined to provide a predetermined level of performance under the demand changes. The resources can then be reconfigured or reallocated to different environment so that the requirements of each environment can be met.

Abstract: The present invention provides dynamic configuration and allocation of resources in a data center. These resources are monitored for availability and performance information according to their assigned execution (or application) environments. The measured performance information for each environment is used to predict levels of demand for an application in the environment. From the predicted levels of demand resource requirements can be determined to provide a predetermined level of performance under the demand changes. The resources can then be reconfigured or reallocated to different environment so that the requirements of each environment can be met.

Abstract: A method, apparatus, and computer instructions are provided for classifying and modeling operating system images for data center management. An operating system image may be classified as a golden master image, a snapshot image, or a scripted operating system image. A software model is provided to abstract operating system and platform detail, and provide a consistent and scalable way of dealing with operating system images. An installation mechanism is provided to install images based on priorities. Software installables are attached with a software definition that may either be a software stack or a software module. A software stack comprises at least one software module.

Abstract: The present invention provides dynamic configuration and allocation of resources in a data center. These resources are monitored for availability and performance information according to their assigned execution (or application) environments. The measured performance information for each environment is used to predict levels of demand for an application in the environment. From the predicted levels of demand resource requirements can be determined to provide a predetermined level of performance under the demand changes. The resources can then be reconfigured or reallocated to different environment so that the requirements of each environment can be met.

Abstract: A shielded electrical receptacle connector assembly for an IC card includes a circuit substrate and a conductive cover for shielding the substrate. The assembly includes a housing adapted for mounting at a front edge of the circuit substrate. A plurality of terminals are mounted in the housing and are adapted for engaging circuit traces on the circuit substrate. A conductive shield is mounted on the housing and includes contact portions adapted for engaging ground circuit traces on the circuit substrate; a downwardly stepped lip extending along a rear edge of the shield vertically spaced from an overlapping front edge portion of the cover; attachment portions projecting from opposite ends of the downwardly stepped lip at a level spaced vertically from the cover for securing the shield to the housing; and at least one mounting finger projecting forwardly from the shield into a passage in a front mounting flange of the housing to hold the leading edge of the shield to the housing.