Abstract: An amount of power that is provided to a load is measured. The load is coupled to a battery backup unit (BBU) or an uninterruptable power supply (UPS). The amount of power is stored into a history of power draw for the load. The history of power draw is used to determine a time period or a situation when additional power is required by the load or reduced energy can be provided to the load. The charge of the BBU or the UPS is increased or reduced prior to the time period or the situation when the additional power is required by the load or the reduced energy can be provided to the load.

Abstract: An amount of power that is provided to a load is measured. The load is coupled to a battery backup unit (BBU) or an uninterruptable power supply (UPS). The amount of power is stored into a history of power draw for the load. The history of power draw is used to determine a time period or a situation when additional power is required by the load or reduced energy can be provided to the load. The charge of the BBU or the UPS is increased or reduced prior to the time period or the situation when the additional power is required by the load or the reduced energy can be provided to the load.

Abstract: The preparedness of a backup power supply is enhanced by receiving data from a source external to the backup power supply. It is determined from the data that there is a threat of power interruption. The charge on the backup power supply is varied based on the threat of power interruption.

Abstract: Systems and methods for reducing interference in wireless communication among computing devices are disclosed herein. In accordance with an aspect, a first wireless communication device is provided that is operably connected to a first server and configured to wirelessly communicate information associated with the first server. The method includes determining, at the first wireless communication device, presence of a second wireless communication device operably connected to a second server. The method also includes negotiating with the second wireless communication device to establish a plan for sharing wireless communication airspace between the first wireless communication device and the second wireless communication device. Further, the method includes controlling communication based on the plan for sharing wireless communication airspace.

Abstract: Systems and methods for reducing interference in wireless communication among computing devices are disclosed herein. In accordance with an aspect, a first wireless communication device is provided that is operably connected to a first server and configured to wirelessly communicate information associated with the first server. The method includes determining, at the first wireless communication device, presence of a second wireless communication device operably connected to a second server. The method also includes negotiating with the second wireless communication device to establish a plan for sharing wireless communication airspace between the first wireless communication device and the second wireless communication device. Further, the method includes controlling communication based on the plan for sharing wireless communication airspace.

Abstract: A method of providing diagnostic service for a data processing system includes retrieving product data identifying a data processing element in response to an alert generated by the element. The retrieved product data is forwarded to a networked diagnostic site. A diagnostic package is retrieved, the diagnostic package including diagnostic code appropriate for the alerting element. The diagnostic package is forwarded to the data processing system. The diagnostic code is then installed and executed to perform diagnostic testing of the element. Results generated during execution of the diagnostic code may then be used to take machine initiated corrective action. After the results have been generated, the diagnostic software is uninstalled from the data processing system.

Abstract: This invention relates to an automatically-operating wedge block for maintaining intimate structural contact over wide temperature ranges, including cryogenic use. The wedging action depends on the relative thermal expansion of two materials having very different coefficients of thermal expansion. The wedge block expands in thickness when cooled to cryogenic temperatures and contracts in thickness when returned to room temperature.