Abstract: In a method for manufacturing a laminated coil component, in which a laminated coil component is manufactured by laminating insulator sheets in order on which conductors having predetermined patterns are formed, the insulator sheets are laminated such that a distance in a lamination direction between a first lead-out conductor laminated first and a first coil conductor laminated next is larger than a distance in the lamination direction between a second lead-out conductor laminated last and a second coil conductor laminated immediately before the second lead-out conductor.

Abstract: To reduce a power surplus of fluctuating renewable energy. Data center candidate management information indicates a characteristic of renewable energy supplied to each data center candidate. Application program type candidate management information indicates a characteristic of each application program type candidate. The system determines, with reference to the data center candidate management information and the application program type candidate management information, a plurality of combinations each including one or more data center candidates and one or more application program type candidates, determines a score of each combination based on a characteristic of renewable energy supplied to each of the one or more data center candidates and a characteristic of each of the one or more application program type candidates, and selects, based on the score, a combination to be presented.

Abstract: A data center (DC) user device manages user power consumption in a time unit, and stores the user power consumption in a power consumption table. A DC provider device manages provider power consumption in a time unit and stores the provider power consumption in the power consumption table. A power retailer device measures provider power consumption for a certain period, and determines retailer power consumption when a measurement value of the provider power consumption is equal to a total value of all user power consumptions.

Abstract: The invention achieves an increase in speed and optimization of a cooperative operation plan creation work between a data center operator and a user. In an operation plan creation method in a data center, an operation plan server calculates a handling cost to handle a given consumption pattern of a DC user when an operation plan of a created workload (WL) is to be created or changed, and creates an operation plan optimization equation for maximizing or minimizing an index such as a cost including the handling cost. At this time, a solution of the operation plan optimization equation is obtained such that a consumption pattern obtained by changing a consumption pattern in a past response history of the user according to a certain rule is available at a handling cost to handle the changed consumption pattern, thereby creating an operation plan draft for the consumption pattern of the user and a device held by a data center operator.

Abstract: A method includes: determining presence or absence of duplication processing by a node 1000, the node constituting each of a plurality of distributed ledger systems and managing identification information of call processing from a program on another distributed ledger system 1; and executing the call processing after deduplication of the call processing is executed based on a specific policy.

Abstract: A generation unit that generates a user interface in which a user is allowed to select an incentive associated with a solution; a storage unit that stores information indicating an incentive, associated with a solution, selected by a user in a user interface generated by the generation unit, information indicating the solution, and information indicating the user in association with each other; an execution unit that monitors whether an application related to a solution is available and executes a process related to an incentive associated with a solution of the available application; and an output unit that outputs a fact that the process related to the incentive is executed by the execution unit are provided.

Abstract: A data migration system 10 includes: a management server 20 configured to obtain transaction information from a distributed ledger at a data migration source, and transmit a migration transaction to a distributed ledger node at a data migration destination, the migration transaction specifying a transaction ID indicated by the transaction information obtained; and the distributed ledger node 100 configured to receive the migration transaction, obtain transaction information in the distributed ledger at the data migration source based on the transaction ID, extract data on a predetermined processing result from the transaction information obtained, execute a transaction using the extracted data as an argument, and transmit a result of the executed transaction to a transaction distribution node 300 at the data migration destination.

Abstract: A distributed ledger management system 10 includes: an orderer node 100 that generates a block containing transactions issued by a client 300, verifies the validity of the transactions contained in the block, distributes the block and verification results to a peer node 200, adds the block to a blockchain 125 in its storage device, and stores the verification results in its storage device; and the peer node 200 that receives the block and verification results from the orderer node 100, adds information on predetermined events indicated by the transactions to state information 225 in a storage device of the peer node, and discards the block and verification results.

Abstract: A business plan generation device including a business plan definition unit configured to define a first business plan for a first business and a set of target business outcomes, a business information acquisition unit configured to acquire a set of business state information that includes at least a set of internal business information or a set of competitor business information, and a business plan generation unit configured to use a machine learning model to generate a set of output data that includes at least a set of revised business plans for achieving the set of target business outcomes, and output the set of output data.

Abstract: Aspects relate to contribution management for quantifying the contribution of solution owners to digital ecosystems based on the growth progress of the digital ecosystem. A contribution management device for managing a contribution of a solution owner in a digital ecosystem, including a data collection unit to collect a first set of solution performance metrics for a first digital solution and a set of ecosystem key performance indicators, a contribution measurement unit to calculate a first contribution score for the first digital solution, and a suggestion unit to generate a set of recommended actions for increasing growth of the digital ecosystem. The contribution measurement unit further includes a growth assessment unit to generate a set of growth progress data for the digital ecosystem and a dynamic weight calculation unit to calculate the first set of metric weights.

Abstract: A field operation computer includes a field operation unit, a task management unit, and a data management unit that retains configuration information indicating a relationship between a sensor and a monitored area. The field operation unit collects acquired sensor information in order to monitor the monitored area by the sensor. The task management unit generates field status prediction information including prediction information of an activity indicating a degree to which a status in which the sensor information is not collectable from the sensor influences the monitoring of the monitored area, and controls a timing at which the task is executed based on the field status prediction information and the configuration information.

Abstract: An information processing system includes a plurality of distributed ledger nodes provided to a plurality of organizations, and configured to verify a content of a transaction with each other and hold a history of the transaction in distributed ledgers provided to the organizations, a client node configured to transmit the transaction to the distributed ledger nodes, and a plurality of processing nodes provided to the organizations, and configured to execute verification target processing being processing that is targeted for verification on a virtual platform. The client node selects the distributed ledger nodes to perform the verification of the verification target processing and transmits the transaction including a request to execute the verification target processing to each of the selected distributed ledger nodes. When each selected node receives the transaction, the distributed ledger node causes the processing node in the organization to perform the verification and records the verification result.

Abstract: A data migration system 10 includes: a management server 20 configured to obtain transaction information from a distributed ledger at a data migration source, and transmit a migration transaction to a distributed ledger node at a data migration destination, the migration transaction specifying a transaction ID indicated by the transaction information obtained; and the distributed ledger node 100 configured to receive the migration transaction, obtain transaction information in the distributed ledger at the data migration source based on the transaction ID, extract data on a predetermined processing result from the transaction information obtained, execute a transaction using the extracted data as an argument, and transmit a result of the executed transaction to a transaction distribution node 300 at the data migration destination.

Abstract: A distributed ledger management system 10 includes: an orderer node 100 that generates a block containing transactions issued by a client 300, verifies the validity of the transactions contained in the block, distributes the block and verification results to a peer node 200, adds the block to a blockchain 125 in its storage device, and stores the verification results in its storage device; and the peer node 200 that receives the block and verification results from the orderer node 100, adds information on predetermined events indicated by the transactions to state information 225 in a storage device of the peer node, and discards the block and verification results.

Abstract: A migration support system 10 includes a node of a first distributed ledger system built on a blockchain platform 4500, wherein the node 2000 includes: a storage device that holds information on organizations that are allowed to participate in a distributed ledger system on each of blockchain platforms; and a computing device configured to, when the first distributed ledger system is migrated to another blockchain platform to build a second distributed ledger system, record, in a distributed ledger 2500 of the first distributed ledger system, correspondence between organizations participating in the first distributed ledger system and organizations participating in the second distributed ledger system, based on information on organizations that are allowed to participate in each distributed ledger system on the blockchain platform and the other blockchain platform, the information being held in the storage device.

Abstract: An information processing device executes a request reception process in which a plurality of predetermined requests are received, the plurality of predetermined requests being related to predetermined information for an information processing system in which the predetermined information is shared by a plurality of nodes that can communicate with each other, an integration management process in which the plurality of received requests are converted and integrated into a format that can be handled by each node of the information processing system according to a predetermined rule and thus a new request is created, and a request process in which the new request is transmitted to the information processing system to process the predetermined request at each node of the information processing system.

Abstract: Concepts and technologies are disclosed herein for creating cross-service chains of virtual network functions in a wide area network. A controller can receive a chain request from a requestor. The chain request can specify functionality that is to be included in a service chain. The functionality can include a first function and a second function. The controller can compute a route associated with the service chain. The route can specify a first site that hosts a first service that provides the first function and a second site that hosts a second service that provides the second function. A first virtual network function can be located at the first site and a second virtual network function can be located at the second site. The controller can configure edge devices and forwarding devices to various entities at the two sites to enable the cross-service virtual network function chain.

Abstract: An information processing system includes a plurality of distributed ledger nodes provided to a plurality of organizations, and configured to verify a content of a transaction with each other and hold a history of the transaction in distributed ledgers provided to the organizations, a client node configured to transmit the transaction to the distributed ledger nodes, and a plurality of processing nodes provided to the organizations, and configured to execute verification target processing being processing that is targeted for verification on a virtual platform. The client node selects the distributed ledger nodes to perform the verification of the verification target processing and transmits the transaction including a request to execute the verification target processing to each of the selected distributed ledger nodes. When each selected node receives the transaction, the distributed ledger node causes the processing node in the organization to perform the verification and records the verification result.

Abstract: A method includes: determining presence or absence of duplication processing by a node 1000, the node constituting each of a plurality of distributed ledger systems and managing identification information of call processing from a program on another distributed ledger system 1; and executing the call processing after deduplication of the call processing is executed based on a specific policy.

Abstract: A communication disabled time during a network failure can be shortened. An SW1 capable of generating a layer 3 packet from a received layer 2 frame and transmitting the generated layer 3 packet includes: a plurality of ports 200 which is capable of transmitting and receiving data; a layer 2 ring processing unit 203 which detects a failure of a network 3 connected via the ports 200; and a VXLAN processing unit 4 which generates a plurality of layer 3 packets from one layer 2 frame received via the ports 200 when the failure of the network 3 is detected by the layer 2 ring processing unit 203, and transmits the generated plurality of layer 3 packets to a network via the plurality of ports 200.