Abstract: Techniques to prioritize and optimize the execution of upgrade operations are described. A technique may include determining the size of data blocks that are to be copied from one storage medium to another, and the dependencies of upgrade tasks on the data blocks and on other tasks. A task may be prioritized according to a weight that includes the cumulative sizes of the data blocks that it and its dependent tasks depend on. A data block copying may be prioritized according to the cumulative weights of the tasks that depend on that data block. Some embodiments may perform several data copying and/or tasks in parallel, rather than sequentially. Other embodiments are described and claimed.

Abstract: Techniques to prioritize and optimize the execution of upgrade operations are described. A technique may include determining the size of data blocks that are to be copied from one storage medium to another, and the dependencies of upgrade tasks on the data blocks and on other tasks. A task may be prioritized according to a weight that includes the cumulative sizes of the data blocks that it and its dependent tasks depend on. A data block copying may be prioritized according to the cumulative weights of the tasks that depend on that data block. Some embodiments may perform several data copying and/or tasks in parallel, rather than sequentially. Other embodiments are described and claimed.

Abstract: The present invention leverages a data gathering service to provide information regarding a network system's health, performance and/or utilization via a computing entity, local and/or remote. This provides an optimized means to aggregate a single network's data and/or multiple networks' data, decreasing the amount of effort required by system administrators to keep a network operational and/or to provide control of its utilization and/or update a system's state. In one instance of the present invention, a data gathering service aggregates data from systems and provides access to this information via a communication means. In another instance of the present invention, aggregated data is utilized to provide manual and/or automatic control of one or more aspects of a system's utilization and/or state by an entity and/or a person.

Abstract: The present invention leverages a data gathering service to provide information regarding a network system's health, performance and/or utilization via a computing entity, local and/or remote. This provides an optimized means to aggregate a single network's data and/or multiple networks' data, decreasing the amount of effort required by system administrators to keep a network operational and/or to provide control of its utilization and/or update a system's state. In one instance of the present invention, a data gathering service aggregates data from systems and provides access to this information via a communication means. In another instance of the present invention, aggregated data is utilized to provide manual and/or automatic control of one or more aspects of a system's utilization by an entity and/or a person. In yet another instance of the present invention, aggregated utilization data is employed to provide a management/productivity tool for end-users of a networked system.

Abstract: The present invention leverages a data gathering service to provide information regarding a system's health state via a computing entity, local and/or remote. This provides an optimized means to aggregate a single network's data and/or multiple networks' data, decreasing the amount of effort required by system administrators to manage health related alerts. In one instance of the present invention, a data gathering service aggregates health data from systems and provides access to this information via a communication means. In another instance of the present invention, aggregated, averaged data is utilized to provide manual and/or automatic control and/or management facilitation of health monitoring related tasks.