Abstract:
The data analysis server manages first data configuration information for managing a correspondence of the learned data model, a raw data bucket that stores the raw data for generating the learned data model, and a curated data bucket that stores the curated data for generating the learned data model and second data configuration information for managing correspondences of the learned data model and the first storage area, the curated data bucket and the second storage area, and the raw data bucket and the third storage area, and gives an instruction to acquire snapshots of the second storage area that stores the curated data for generating the learned data model and the third storage area that stores the raw data for generating the learned data model to the data storage via the storage management server when the learned data model is generated.
Abstract:
In a storage system in which computers are connected via a network, in order to avoid a state where communication quality is degraded due to poor performance of an apparatus constituting the network, for a transfer data amount, an amount of data sent out from a storage apparatus is suppressed. Moreover, the storage apparatus inhibits a read-ahead process, in accordance with the suppression of the sending out of the data. Furthermore, proper load allocation is realized by migrating a logical storage unit provided by the storage, to another network interface or a second storage apparatus, without changing a configuration of the network.
Abstract:
In an MB management system, a user who wishes to use a network service sends MB requirements from a user terminal to a network management apparatus, which is managed by a provider who provides a network service. The network management apparatus returns to the user terminal abstract models as a guide for the performance and the like of MBs that are available in the network service and that meet the MB requirements. The user operates the user terminal to select an MB that the user is to use from among the provided abstract models. The user also receives via the user terminal from the network management apparatus the operational status of an instance of the MB selected from among the abstract models. This allows the user to compare the MB requirements presented by the user and the actual operational status of the MB instance.
Abstract:
Described is a means for switching a plurality of different data processing methods or means for changing the type of sensor data to be collected is required. A management computer includes a control unit which stores, in a memory, monitoring means for monitoring a plurality of operation processes to be monitored and management means connected to a network to manage management information about a plurality of different types of external devices for processing a plurality of types of sensor information via the network, the control unit executing the monitoring means and management means in a CPU, in which the control unit determines whether the plurality of operation processes to be monitored is changed, and instructs, when determining that the operation processes are changed, the plurality of different types of external devices to change the processing of the sensor information required to execute the operation processes before changing.
Abstract:
A management system constructs management information indicating that log chunks and issue chunks extracted from a first system managing log information and issue information output by a process related to a first team for a program to be developed are linked. The management system searches, from the management information, a log message group compatible with a designated log message group that is one or more log messages related to the issue by log pattern matching using the designated log message group in a case of receiving an inquiry with which the designated log message group is associated from the second system. The management system displays, on the second system, a response containing a handling method represented by handling method information corresponding to the found log message group.
Abstract:
The backup management system includes a storage device that retains a location management table that stores therein at least one of position specifying information uniquely specifying a location provided by a computer resource in each cloud service and an area specifying information specifying a predetermined area including the location provided without uniquely specifying the location provided, and a processing device configured to perform a process of receiving a designation related to a computer resource as a backup target and a backup requirement, from a user of the cloud service, and a process of specifying as a backup destination a computer resource that has a position relation with the computer resource as the backup target satisfying the backup requirement, based on a designation from the user and at least one of the position specifying information and the area specifying information.
Abstract:
The backup management system includes a storage device that retains a location management table that stores therein at least one of position specifying information uniquely specifying a location provided by a computer resource in each cloud service and an area specifying information specifying a predetermined area including the location provided without uniquely specifying the location provided, and a processing device configured to perform a process of receiving a designation related to a computer resource as a backup target and a backup requirement, from a user of the cloud service, and a process of specifying as a backup destination a computer resource that has a position relation with the computer resource as the backup target satisfying the backup requirement, based on a designation from the user and at least one of the position specifying information and the area specifying information.