International Business Machines Corporation

Western Digital Technologies, Inc.

Globalfoundries Inc.

Philip James Sanders

James E Carey

Charles J Archer

Matthew W Markland

Brian E Smith

Michael A Blocksome

Mark G Atkins

David Lee Darrington

Kristan D Davis

Lynn Anne Boger

Jeffrey M Ceason

Richard Michael Shok

Corville O Allen

Jenny S Li

Lee Nee Helgeson

Lee Anton Sendelbach

Michael E Aho

Colin Christopher McCambridge

Gordon G Stewart

Adam Christopher Geml

Timothy J Schimke

Dean J Burdick

Gregory Howard Bellows

Daniel Morgan Crowell

Allegra R Segura

Charles J Acher

Described is a garage door panel rail reinforcement device that is configured and constructed to be installed on an upper or lower rail of a 'tongue and groove'-type garage door panel. Also, a garage door panel rail reinforcement device that is configured and constructed to be installed on an upper or lower rail of a 'ship lap'-style garage door panel is described. Further, an adjustable garage door panel rail reinforcement device is described. In general, some implementations can be configured to fit other profiles of components forming a garage door rail disposed at a meeting point of two adjacent garage door panels.

Garage door panel rail reinforcement devices

Embodiments include method, systems and computer program products for redundantly storing product data for an electronic component on an external device. Aspects include determining that product data stored in a primary storage device is corrupted and determining whether the product data is available on the external device that is in communication with the electronic component. Based on a determination that the product data stored in the primary storage device is corrupted and that the product data is available on the external device, aspects include obtaining product data from the external device to continue operation of the electronic component.

Electronic component having redundant product data stored externally

In some examples, a storage device includes a first non-volatile memory array configured to store data from a host device and the storage device and a second non-volatile memory array configured to store data from the storage device, wherein the second non-volatile memory array is separate from the first non-volatile memory array. The storage device also includes a controller configured to store a virtual-to-physical mapping table to the first non-volatile memory array and store a portion of the virtual-to-physical mapping table to the second non-volatile memory array.

Mapping tables for storage devices

Data communications may be carried out in a distributed computing environment that includes a plurality of computers coupled for data communications through communications adapters and an active messaging interface ('AMI'). In distributed computing environment, data communications may include: receiving in the AMI from an application an eager SEND instruction that describes the location and size of send data in an application SEND buffer; copying by the AMI the send data from the application SEND buffer to a temporary AMI buffer; advising the application of completion of the SEND instruction before sending the SEND data to the receiver; and after advising the application of completion of the SEND instruction, sending the SEND data by the sender to the receiver.

Data communications in a distributed computing environment

In a distributed computing environment that includes hosts that execute a VMM, where each VMM supports execution of one or more VMs, administering VMs may include: assigning, by a VMM manager, the VMMs of the distributed computing environment to a logical tree topology, including assigning one of the VMMs as a root VMM of the tree topology; and executing, amongst the VMMs of the tree topology, a broadcast operation, including: pausing, by the root VMM, execution of one or more VMs supported by the root VMM; sending, by the root VMM, to other VMMs in the tree topology, a message indicating a pending transfer of the paused VMs; and transferring the paused VMs from the root VMM to the other VMMs.

Administering virtual machines in a distributed computing environment

A method includes obtaining power and performance data for each storage device of a plurality of storage devices, and adjusting, based on the power and performance data for the plurality of storage devices, a power consumption level of a particular storage device of the plurality of storage devices.

Power management of storage devices

Methods, apparatuses, and computer program products for event and alert analysis are provided. Embodiments include a local event analyzer embedded in an alert analyzer receiving events from an event queue. Embodiments also include the local event analyzer creating, based on the received events and local event analysis rules specific to the alert analyzer, a temporary alert for the alert analyzer. Embodiments also include the alert analyzer analyzing the temporary alert based on alert analysis rules.

Event and alert analysis in a distributed processing system

A method includes receiving, by virtual machine manager and from a virtual machine, a request for a set of namespace identifiers corresponding to a set of namespaces associated with one or more storage devices. The method also includes determining, by the virtual machine manager, one or more namespaces associated with the virtual machine from the set of namespaces associated with the one or more storage devices. The method further includes, in response to determining the one or more namespaces associated with the virtual machine, sending, by the virtual machine manager and to the virtual machine, a subset of the set of namespace identifiers, the subset of namespace identifiers corresponding to the one or more namespaces associated with the virtual machine.

Controlling access to namespaces of a storage device

There are provided a system, a method and a computer program product for sharing messages between an email client and a social network. The system prepares, based on an input from a sender, an email message by using the email client. The system identifies a portion of the email message to be shared with one or more users in the social network. The system tags the portion of the email message with identities of the one or more users in the social network. The system accesses the social network with credential of the sender. The system posts the portion of the email message on social network pages of the one or more users under a name of the sender.

Ad hoc message sharing between email and social networks

Methods, apparatuses, and computer program products for collective operation management in a parallel computer are provided. Embodiments include a parallel computer having a plurality of compute nodes coupled for data communications over a data communications network. Embodiments include a first compute node entering a collective operation. Each compute node of the plurality of compute nodes is associated with the collective operation. In response to entering the collective operation, the first compute node decreases power consumption of the first compute node.

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Rochester, MN, United States of America

Philip James Sanders