Abstract: A user interface that captures mouse click events which are then replicated as operational touch commands at the deployed touchscreen. Operational touch commands are functionally equivalent to those generated as a result of physically touching the display screen of a touchscreen. Providing content which mirrors a touchscreen's display allows a remote user to verify the visual appearance of the deployed touchscreen's GUI, also allows a remote user to quickly appreciate the visual effect and layout of any modifications which alter the remote touchscreen's GUI, and allows a remote user to verify the GUI's functionality of the remotely deployed touchscreen.

Abstract: A method for using oral feedback to facilitate user selection among a plurality of service devices. The method comprises a plurality of service devices. Each service device has a dynamically-updatable quality control profile. A first service device receives a request from the first user to perform a first service job. The first service device performs the first service job. A first recording device located proximate to the first service device obtains oral feedback from the first user regarding the quality of the first service job. The first service device analyzes the oral feedback using natural language processing to form an analysis. The first service device modifies the first quality control profile of the first service device based on the analysis.

Abstract: A method for using oral feedback to facilitate user selection among a plurality of service devices. The method comprises a plurality of service devices. Each service device has a dynamically-updatable quality control profile. A first service device receives a request from the first user to perform a first service job. The first service device performs the first service job. A first recording device located proximate to the first service device obtains oral feedback from the first user regarding the quality of the first service job. The first service device analyzes the oral feedback using natural language processing to form an analysis. The first service device modifies the first quality control profile of the first service device based on the analysis.

Abstract: Physical storage devices are configured as a redundant array of independent disks (RAID). As such, storage space of the physical storage devices is allocated to the RAID, and each physical storage device is part of the RAID. Where a portion of the storage space of the physical storage devices is not allocated to the RAID, this portion of the storage space is configured so that it is usable and is not wasted.

Abstract: Physical storage devices are configured as a redundant array of independent disks (RAID). As such, storage space of the physical storage devices is allocated to the RAID, and each physical storage device is part of the RAID. Where a portion of the storage space of the physical storage devices is not allocated to the RAID, this portion of the storage space is configured so that it is usable and is not wasted.

Abstract: Physical storage devices are configured as a redundant array of independent disks (RAID). As such, storage space of the physical storage devices is allocated to the RAID, and each physical storage device is part of the RAID. Where a portion of the storage space of the physical storage devices is not allocated to the RAID, this portion of the storage space from a mixed drive capacity is configured so that it is usable and is not wasted.

Abstract: In at least one embodiment, a method and system for accumulating geospatial location data and biomedical data for an individual during his/her travels is provided. In at least one embodiment, a device uses at least one location signal to determine geospatial data and receives a plurality of biomedical signals with both data types being stored for possible later retrieval for providing a diagnosis for the individual if a medical condition arises.

Abstract: A virtual machine snapshot mechanism takes snapshots of virtual machines on a computer system, generates relationships between a snapshot and resources on the computer system, and provides a graphical display of one or more snapshots that allow visually determining which snapshots include which resources. A user may search the snapshots based on user-specified criteria. If an exact match is not available, and closest match is identified in the graphical display.

Abstract: In at least one embodiment, a method and system for accumulating geospatial location data and biomedical data for an individual during his/her travels is provided. In at least one embodiment, a device uses at least one location signal to determine geospatial data and receives a plurality of biomedical signals with both data types being stored for possible later retrieval for providing a diagnosis for the individual if a medical condition arises.

Abstract: For distributing data requests between data centers, a cost reduction module selects a data center from a plurality of data centers to fulfill a data operation request corresponding to mirrored data stored at the plurality of data centers. The selection is based on data center cooling efficiency factors comprising a data storage device efficiency percentage. A response module sends the data operation request to the selected data center.

Abstract: An embodiment of the invention includes a device including at least one probe for delivering an electrical shock to a subject when the probe is in physical contact with the subject. A power source is connected to the probe for providing electrical power to the probe upon actuation of a trigger. The device further includes a medical device sensor for detecting signals emitted from a medical device present in the subject. In at least one embodiment, an alarm is connected to the medical device sensor, wherein the alarm provides an audio and/or a visual alert when the medical device sensor detects signals emitted from the medical device. In at least one embodiment, an override mechanism is connected to the medical device sensor, wherein the override mechanism prevents actuation of the trigger when the medical device sensor detects signals emitted from the medical device.

Abstract: A computational device receives a request to create a logical unit. In response to determining that adequate space is not available to create the logical unit in a first type of storage pool, a determination is made as to whether a first indicator is configured to allow borrowing of storage space from a second type of storage pool. In response to determining that the first indicator is configured to allow borrowing of storage space from the second type of storage pool, the logical unit is created in the second type of storage pool The logical unit is moved from the second type of storage pool to the first type of storage pool, in response to determining that free space that is adequate to store the logical unit has become available in the first type of storage pool.

Abstract: Disclosed is a computer implemented method, computer program product, and apparatus to decorate visible attributes of a rendered avatar. A server may collect a first user profile of a first avatar, the first user profile having at least one interest of a user. Next, the server may receive a location of the first avatar, wherein the location is associated with a view to at least a second avatar. The server can identify the second avatar among a group of avatars visible with respect to the first avatar. Further, the server may read a target profile of the second avatar then determine whether the second user profile satisfies a criterion based on the first user profile and the target profile. In addition, the server may render a modified rendered avatar to a client, responsive to the determination that the target profile satisfies the criterion.

Abstract: A computational device receives a request to create a logical unit. Associated with the request is a first type of storage pool in which creation of the logical unit is desired. In response to determining that adequate space is not available to create the logical unit in the first type of storage pool, a determination is made as to whether a first indicator is configured to allow borrowing of storage space from a second type of storage pool. In response to determining that the first indicator is configured to allow borrowing of storage space from the second type of storage pool, the logical unit is created in the second type of storage pool and a listener application is initiated. The listener application determines that free space that is adequate to store the logical unit has become available in the first type of storage pool.

Abstract: A determination is made as to whether a first indicator is configured to allow borrowing of storage space to a first type of storage pool from a second type of storage pool. In response to determining that the first indicator is configured to allow borrowing of storage space from the second type of storage pool, a logical unit is created in the second type of storage pool and a listener application is initiated. The listener application determines that free space that is adequate to store the logical unit has become available in the first type of storage pool. The logical unit is moved from the second type of storage pool to the first type of storage pool, in response to determining, via the listener application, that free space that is adequate to store the logical unit has become available in the first type of storage pool.

Abstract: A determination is made as to whether a first indicator is configured to allow borrowing of storage space to a first type of storage pool from a second type of storage pool. In response to determining that the first indicator is configured to allow borrowing of storage space from the second type of storage pool, a logical unit is created in the second type of storage pool and a listener application is initiated. The listener application determines that free space that is adequate to store the logical unit has become available in the first type of storage pool. The logical unit is moved from the second type of storage pool to the first type of storage pool, in response to determining, via the listener application, that free space that is adequate to store the logical unit has become available in the first type of storage pool.

Abstract: Object manager information is maintained for object managers in a network indicating a device type of devices in the network managed by the object managers and device information providing information on the devices in the network, wherein the object managers have access to the object manager information. A determination is made from the object manager information a second object manager comprising one of the object managers in the network managing a same device type as the devices managed by the first object manager. The first and second object managers communicate to establish a migration relationship between the first and the second object managers. In response to a migration event at the second object manager, the first object manager accesses the device information for the second object manager to manage the devices currently managed by the second object manager.

Abstract: A method, a system, and a computer-readable storage medium are provided for data management. The method may comprise identifying a predefined set of data storage parameters and a predefined set of data scrubbing parameters. The method further may comprise determining the predefined set of data scrubbing parameters for first data in a first data storage based on the predefined set of data storage parameters for the first data and performing data scrubbing for the first data using the determined predefined set of data scrubbing parameters. Furthermore, the method may comprise comparing first data in the first data storage and corresponding second data in a second data storage. Upon determining a mismatch between the first data and the second data, the method further may comprise synchronizing the first data with the second data as a result of the comparison.

Abstract: Object manager information is maintained for object managers in a network indicating a device type of devices in the network managed by the object managers and device information providing information on the devices in the network, wherein the object managers have access to the object manager information. A determination is made from the object manager information a second object manager comprising one of the object managers in the network managing a same device type as the devices managed by the first object manager. The first and second object managers communicate to establish a migration relationship between the first and the second object managers. In response to a migration event at the second object manager, the first object manager accesses the device information for the second object manager to manage the devices currently managed by the second object manager.

Abstract: Exemplary methods, computer systems, and computer program products for smarter deduplicated caching of queries for green IT management in a computer storage device are provided. In one embodiment, the computer environment is configured for ascertaining the most-used data access chains. Multiple access paths to identical data are determined for the most-used data access chains. A generalized chain that is formed from the plurality of access paths to the identical data is determined. Multiple keys and information relating to the access paths to the identical data is deduplicated.