Abstract:
The present invention relates to a method and system for performing deep packet inspection of messages transmitted through a network switch in a Software Defined Network (SDN). Embodiments of the invention include a network switch, a controller, and a firewall in a software defined networking environment. In the present invention, the network switch is a simple network switch that is physically separate from the controller and the firewall. The invention may include a plurality of physically distinct network switches communicating with one or more controllers and firewalls. In certain instances, communications between the network switch, the controller, and the firewall are performed using the Open Flow standard communication protocol.
Abstract:
In one embodiment, a method includes identifying a plurality of period combinations for a metric of interest. Each period combination comprises one or more time periods and each of the one or more time periods comprises one or more segments. The method further includes, for each period combination of the plurality of period combinations and each historical value of a plurality of historical values of the metric of interest, incrementally inserting the historical value into corresponding segments of the one or more time periods. Moreover, the method includes ranking the plurality of period combinations based on comparisons of the plurality of historical values to sets of corresponding predicted values. The method also includes selecting a highest-ranked period combination as best characterizing the metric of interest.
Abstract:
In one embodiment a method includes identifying a plurality of period combinations for a metric of interest. Each period combination comprises one or more time periods and each of the one or more time periods comprises one or more segments. The method further includes for each period combination of the plurality of period combinations and each historical value of a plurality of historical values of the metric of interest, incrementally inserting the historical value into corresponding segments of the one or more time periods. Moreover, the method includes ranking the plurality of period combinations based on comparisons of the plurality of historical values to sets of corresponding predicted values. The method also includes selecting a highest- ranked period combination as best characterizing the metric of interest.
Abstract:
Systems and methods for extending the capability of a directory processor by for example registering a control are presented. This control can be a non native control or a modification to a native control. Further this disclosure describes example of systems and methods for performing a directory operation which may include one or more controls. At least some of the one or more controls may be non native or dynamic controls. In some cases some of the controls may be native controls.
Abstract:
Systems and methods for extending the capability of a directory processor by, for example, registering a control are presented. This control can be a non-native control, or a modification to a native control. Further, this disclosure describes example of systems and methods for performing a directory operation, which may include one or more controls. At least some of the one or more controls may be non-native or dynamic controls. In some cases, some of the controls may be native controls.
Abstract:
In one embodiment, a method includes identifying a plurality of period combinations for a metric of interest. Each period combination comprises one or more time periods and each of the one or more time periods comprises one or more segments. The method further includes, for each period combination of the plurality of period combinations and each historical value of a plurality of historical values of the metric of interest, incrementally inserting the historical value into corresponding segments of the one or more time periods. Moreover, the method includes ranking the plurality of period combinations based on comparisons of the plurality of historical values to sets of corresponding predicted values. The method also includes selecting a highest-ranked period combination as best characterizing the metric of interest.
Abstract:
A method of managing backup data. The method includes accessing, via a backup manager, index data of an initial snapshot and accessing, via the backup manager, index data of a subsequent snapshot. The method further includes determining, via the backup manager, whether the index data of the subsequent snapshot is different from the index data of the initial snapshot. Responsive to a determination that the index data of the subsequent snapshot is different from the index data of the initial snapshot, creating an updated index data and creating an updated snapshot with the updated index data.
Abstract:
The present invention relates to a method and system for performing deep packet inspection of messages transmitted through a network switch in a Software Defined Network (SDN). Embodiments of the invention include a network switch, a controller, and a firewall in a software defined networking environment. In the present invention, the network switch is a simple network switch that is physically separate from the controller and the firewall. The invention may include a plurality of physically distinct network switches communicating with one or more controllers and firewalls. In certain instances, communications between the network switch, the controller, and the firewall are performed using the Open Flow standard communication protocol.