International Business Machines Corporation

Valeria Perticara'

Randa Salem

Marco Cardelli

Giuseppe Ciano

Scot MacLellan

Gianluca Bernardini

Pietro Iannucci

Roberto Piras

Marco Martino

Roberto Giordani

Salvatore D'Angelo

Angelo Albanese

Pietro Lannucci

A computing system comprises a plurality of computing machines, each computing machine storing security information corresponding with the respective computing machine. Embodiments are directed to receiving an update request by a current computing machine for updating corresponding security information, updating the corresponding security information, determining other computing machines coupled with the current computing machine, and submitting, by the current computing machine, a further update request to each other computing machine that is coupled with the current computing machine.

Updating security information on multiple computing machines

This disclosure describes monitoring the execution of jobs in a work plan. In an embodiment, a system maintains a risk level associated with the critical job to represent whether the execution of a job preceding the critical job has a problem, and it maintains the list associated with the critical job so as to quickly identify the preceding job which may cause a delay to the critical job execution.

Managing job execution

Various embodiments involve monitoring the execution of jobs in a work plan. For example, a system maintains a risk level associated with the critical job may be maintained to represent whether the execution of a job preceding the critical job has a problem, and a list associated with the critical job may be maintained so as to quickly identify the preceding job which may cause a delay to the critical job execution.

A method for dynamically recalculating a critical path in a job scheduling system is disclosed. In selected embodiments, the method may include determining when a first job associated with a critical path is substantially complete. The method may further include identifying a successor job of the first job and identifying multiple predecessor jobs of the successor job. The method may then determine whether there is at least one predecessor job that has not completed. In the event there is at least one predecessor job that has not completed, the method may recalculate the critical path. A corresponding apparatus and computer program product for implementing the above-stated method are also disclosed.

Dynamic critical-path recalculation facility

A method and system for managing power consumption by electrical appliances, is provided. One implementation involves obtaining power consumption information for a use cycle of a each of multiple appliances; and automatically scheduling a time slot for an operation cycle of a selected appliance as a function of power consumption by appliance cycles scheduled in that time slot, such that an upper limit of power consumption is not exceeded by the collective power consumption for scheduled appliance cycles in the time slot.

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Rome, Italy

Valeria Perticara'