Hitachi, Ltd.

Nec Corporation

Dai Nippon Printing Co., Ltd.

Neige Corporation

Yuichi Taguchi

Masayuki Yamamoto

Masayasu Asano

Yasunori Kaneda

Fumi Miyazaki

Yuji Kakuta

Yoshiaki Fukasawa

Toru Tanaka

Hiroshi Nasu

Jun Mizuno

Shinichi Hayashi

Hirotaka Nakagawa

Noriko Nakajima

Naoko Maruyama

Tetsuya Maruyama

Kenichi Kihara

Katsumi Ouchi

Takeshi Kato

Tadakatsu Nakajima

Jun Okitsu

Ryoji Furuhashi

Yoko Shiga

Fumi Fujita

Naoki Watanabe

Nobuhiro Maki

Manabu Kitamura

Yoshiki Kano

Shoji Kodama

Akira Takahashi

Takashige Iwamura

Yuri Hiraiwa

Wataru Okada

Takashi Tameshige

Daisuke Shinohara

Takashi Watanabe

Yoshimasa Masuoka

Nobumitsu Takaoka

Toshio Otani

Takashi Amano

Hajime Mori

Takanori Miyamoto

Takashi Nishikado

Yuki Naganuma

Munenori Ieshige

Taro Inoue

Junji Kinoshita

Futoshi Haga

Soichi Takashige

Naoko Ichikawa

Toshihiko Shinozaki

Shigeru Abe

Kentarou Watanabe

Shin Tezuka

Mitsuhiro Nagata

Shigeta Mori

Koh Nakamichi

Shigeru Tachikawa

Tooru Tanaka

Yuji Hirose

Kenji Tamura

Kuniyasu Fujii

Koichi Kuranami

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.

Machine learning data management system and data management method

Provided is a data management method capable of deleting intermediate data at an appropriate timing. The data management method in a data analysis system that performs analysis by combining a plurality of input data based on an analysis execution request from a computer includes: a first step, in which a request analysis unit analyzes the analysis execution request from the computer to identify a task, identifies intermediate data generated after execution of each identified task, and generates constraint information that determines whether to delete the identified intermediate data; a second step, in which a task management unit determines whether to delete the intermediate data based on the constraint information for each identified task; and a third step, in which a task execution unit executes the identified task and deletes the intermediate data of the task based on a determination result of the second step.

Data management method and data analysis system

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.

Management computer, data processing system, and data processing program

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.

Inquiry response system and inquiry response method

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.

Backup management system and backup management method

There is provided a bobbin for a thermal transfer sheet or an image-receiving sheet which can reduce the number of parts and can have a smooth surface. The bobbin includes a cylindrical bobbin body. A gearincluding a number of teethis formed in one end surface of the bobbin body. The teethof the geareach have the shape of a trapezoid when viewed from the side. One lateral sideof the trapezoid extends in the axial direction of the bobbin body

Bobbin for thermal transfer sheet or image-receiving sheet, assembly of bobbin and sheet, and thermal transfer printer

A system comprises a first storage system, a second storage system, a plurality of switches, and a server connected with the first storage system via a first group of switches and connected with the second storage system via a second group of switches. The first group and the second group have at least one switch which is not included in both the first and second groups. The first storage system receives I/O commands targeted to first logical units from the server via the first group of switches. The first storage system maintains first information regarding the ports of both the first and second storage systems. The first information is used to generate multipath communication between the server and the first storage system, including at least one path which passes through the second storage system and at least one other path which does not pass through the second storage system.

Multipath switching over multiple storage systems

One of a backup apparatus and a storage system performs control to store backup data in a storage system which belongs to an organization and/or location different from an organization and/or location to which a storage-target storage system for original data belongs, based on information (P) and/or (Q) below: (P) information relating to original data, and information relating to backup data, which is a copy of the original data; (Q) information indicating an organization and/or location to which each storage system belongs.

Computer system for controlling backups using wide area network

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.

Storage system and control method thereof as well as program

A system is described in which a plurality of host computers are coupled to a storage system for storing and retrieving data in the storage system. The storage system includes individually addressable units of storage such as volumes or logical unit numbers. A security management system controls access to each of the individually addressable units of storage based upon the identification of the host permitted to access that unit of storage.

Logical unit security for clustered storage area networks

In a storage system environment in which an upper limit of electric energy consumption is prescribed for a specific period, operation of a storage device are enabled while keeping the electric energy consumption within the prescribed upper limit, and at the same time, maintaining operations of a disk device of a storage device necessary for providing services to a user. The storage system includes a storage device having one or more energized parts and a management device that manages operations of the storage device. The management device acquires electric energy consumption of the one or more energized parts and controls the operational state of the one or more energized parts so that the electric energy consumption of the storage device over a predetermined period does not exceed a prescribed upper limit.

Energy consumption management for storage system using upper limit value during predetermined period

A storage system including a first storage apparatus having at least one volume to be provided to a host computer, a second storage apparatus connected to the first storage apparatus and having a second volume having a pair relationship with a first volume, and a management apparatus. The management apparatus includes a user interface for setting an attribute of functions related to at least one volume of the first storage apparatus and at least one volume of the second storage apparatus. The management apparatus compares an attribute of a first function related to the first volume and an attribute of a second function related to the second volume, and sets the attribute of the second function to be consistent with the attribute of the first function. The management apparatus there commands restoration of the first volume or the second volume to a state before the set the attribute operation.

Storage system and management method thereof

A data migrating method including calculating, in a case where data stored in a volume is migrated to another volume, a required period of time for migrating the data based on a size of data to be migrated and volume configuration information on the volume in which the migrated data is stored and the volume to which the data is to be migrated, determining a start time at which the data migration starts to generate a volume migration plan, setting a priority of the generated volume migration plan, prioritizing, in a case where a periods of time during which the generated volume migration plan is executed and a period of time during which an existing volume migration plan is executed are overlapped with each other, and changing the start time of at least one of those volume migration plans having a lower priority.

Data migrating method taking end time into consideration

Arrangements reducing power consumption of an air conditioner and a storage device. A control method with a management server apparatus for a plurality of storage devices and an air conditioner includes calculating plural combinations of allocating the work amount to the plurality of storage devices, calculating the heating value of each storage device included in the plurality of storage devices for each of the plural combinations, calculating the quantity of heat conducted to the air conditioner, based on the heating value and positional information of the plurality of storage devices and the air conditioner, calculating the power consumption to cool the quantity of heat conducted to the air conditioner, selecting a combination included in the plural combinations based on the power consumption of the air conditioner, and issuing a move of the data stored in a first storage device to a second storage device, based on the selected combination.

Control method with management server apparatus for storage device and air conditioner and storage system

Growing community of inventors

Sagamihara, Japan

Yuichi Taguchi