International Business Machines Corporation

Robert John Wallis

James David Whitaker

James William Walker

Richard Albert Welp

David Sherwood

Embodiments of the inventive subject matter include a method for optimizing allocation of computers. The method can include gathering, via a plurality of sensors in a plurality of computers, information about devices of the computers. The method can include determining, via at least one of the processors, usage of the computers based on the information. The method can include determining, via at least one of the processors, performance of the computers based on the information. The method can include allocating, via at least one of the processors, certain ones of the computers for different uses based, at least in part, on the performance and usage of the computers.

Computer system productivity monitoring

An embodiment of the invention may include a method, computer program product and computer system for profile picture selection. The method, computer program product and computer system may include a computing device which may classify user photographs in user account data into one or more photograph classifications. The computing device may classify an emotion conveyed by a media interaction by the user and select a classified user photograph matching the emotion conveyed by the media interaction by the user. The computing device may display selected user photograph with the media interaction by the user.

Content based profile picture selection

Embodiments of the inventive subject matter include gathering, from a plurality of sensors of a computer system, information about the computer system. Embodiments further include generating a profile of performance of the computer system indicating a state of components of the computer system during use. Embodiments further include generating a profile of usage of the computer system indicating current activities and usage of the computer system. Embodiments further include analyzing the profile of performance of the computer system against the profile of usage of the computer system to determine if the state of the components of the computer system during use is acceptable for the current activities and usage of the computer system. Embodiments further include determining that productivity of the computer system is inhibited based, at least in part, on the analyzing the profile of performance of the computer system against the profile of usage of the computer system.

Pursuant to issuing a confirmation prompt to confirm an intention to perform a data management function in a computing environment, a processor device determines by a decision engine, a complexity strength of the confirmation prompt based upon a complexity algorithm.

Strong confirmation mechanism for manipulation of sensitive configuration data

An intention to perform a data management function in a computing environment is confirmed by issuing a confirmation prompt requiring a user to input at least one character associated with a subject of the data management function prior to performing the data management function.

A system and a computer program product for selecting a primary-secondary host pair for mirroring virtual machines. The system includes a processor collecting data related to each of a plurality of potential primary-secondary host pairs in a computer network. The processor analyzes each of the plurality of potential primary-secondary host pairs in the computer network utilizing performance metrics. An ideal primary-secondary host pair in the computer network is determined by the processor based on the analysis of the performance metrics of each of the plurality of potential primary-secondary host pairs. In response to determining the ideal primary-secondary host pair, a primary host virtual machine is mirrored onto the secondary host of the primary-secondary host pair.

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Stockport, United Kingdom

Robert John Wallis