Abstract: A computer system is coupled to infrastructure systems each configured to implement an environment for providing resources to each of instances forming an application. The computer system is configured to: receive a deployment plan generation request for the application which includes a serverless instance for which, as an activation method, any one of a warm start and a cold start is selectable; generate, based on a resource amount required for the each of instances, an allocation pattern which is a combination of an environment of a deployment destination of the each of instances; generate an activation pattern which is a combination of the activation method for the each of instances; plan an activation timing of the serverless instance for the activation pattern; generate a plurality of deployment plans by combining the allocation pattern, the activation pattern, and the activation timing.

Abstract: A data sharing system and method eases the sharing of original data, including data to be modified before publication, by modifying the original data to generate publication data before publication and publishing the publication data. A profile including information of a data acquisition area from which the original data is acquired and a list of types of data included in the original data is generated. For each of the plurality of areas based on the profile, pre-publication modify processing information storing, in association with each other, the name of a pre-publication modify type of data to be modified before publication and the name of a modify processing for modifying the data of the pre-publication modify type is generated. Further, a public data disclosure unit is configured to generate public data obtained by modifying the original data by the modify processing based on the pre-publication modify processing information.

Abstract: A computer system for searching for a candidate for an environment in which an object is to be deployed, the computer system is coupled to a plurality of infrastructure systems each of which provides the environment. The computer system receives a search request including an environmental requirement being a condition required for the environment in which the object is to be deployed and a constraint being a condition to be complied with in deployment of the object; executes first environment search processing for searching for the environment that satisfies the constraint and the environmental requirement; changes the environmental requirement in a case where the environment in which the object is deployable does not exist; and executes second environment search processing for searching for the environment that satisfies the constraint and the changed environmental requirement.

Abstract: An access right management apparatus 1000, includes: a processor and a memory; and an indirect modification part 104 configured to: when first access right information is modified with a first modification content, the first access right information indicating an access right necessary for a first system to access an application, identify based on a predetermined database, second access right information indicating an access right necessary for a second system to access the application and having a relationship with the first access right information; convert the first modification content of the first access right information to a second modification content corresponding to the second access right information; and modify the identified second access right information with the second modification content.

Abstract: A system managing a model for predicting processing performance of software configuring an application in a deployment destination includes: a model management table that stores a first common model that is a prediction model able to be commonly used for prediction of processing performance of software of a same type; a data management table that stores first configuration information representing a configuration of a deployment destination of software used for learning when the first common model is generated; a configuration comparison unit that extracts a difference between second configuration information representing a configuration of a deployment destination of target software comprising a prediction target, and the first configuration information; and a model generation unit that generates a prediction model through learning using configuration information acquired by adding the difference to the first configuration information and sets the prediction model as a second common model that is a new commo

Abstract: There is provided a model management system that manages, for each computing environment and each service, a model capable of inferring a resource quantity when an application operates, in a resource of the computing environment. The model management system includes an acquiring unit that acquires environment information including at least one of configuration information and setting information of a computing environment from each of a plurality of computing environments, a detecting unit that detects a computing environment in which the environment information acquired by the acquiring unit has been changed, and a selecting unit that selects, as an update target candidate, a model associated with the computing environment detected by the detecting unit.

Abstract: Providing copy data candidates appropriate for a user request. Included are an operational portal that registers user request information; a data catalog that manages information about multiple copy data located at sites configuring a hybrid cloud system; a data allocation service that allocates duplicated copy data to the sites; and a guideline management service that selects a copy data candidate appropriate for user request information. The guideline management service acquires information about copy data containing the same data as user request information from the data catalog and verifies whether there is a copy data candidate satisfying the user request information. When there is consequently no copy data candidate satisfying the user request information, the copy data is allocated to the site on condition that the copy data is optimal enough to satisfy a generation schedule and a processing speed of a copy data candidate satisfying the user request information.

Abstract: Input data, output data having a plurality of output parameters obtained by analyzing the input data, and a plurality of associations between the input data and the output data are stored. A division condition for dividing an output data distribution in which the output data is plotted for two axes corresponding to two parameters among the plurality of output parameters is extracted, the output data distribution is divided according to the division condition, and output data of the divided output data distribution is derived as first and second output data distribution rules corresponding to the two axes. First and second output data distribution region candidates are calculated by applying the first and second output data distribution rules to new input data, and an output data distribution region of the new input data is estimated by combining the first and second output data distribution region candidates with each other.

Abstract: A data analysis device is configured to include an arithmetic operation device that determines whether or not each point data in the point data group of the existing clusters is a core of the cluster using a predetermined algorithm and calculates a predetermined re-verification determination data, recalculates an initial condition value of the clustering based on the re-verification determination data, specifies re-verification point data which is the point data that becomes no longer the core or becomes a new core by adding the point data, from the point data group to which the addition was made, based on the updated initial condition value obtained by the recalculation, and performs predetermined clustering processing in accordance with the re-verification point data.

Abstract: Providing copy data candidates appropriate for a user request. Included are an operational portal that registers user request information; a data catalog that manages information about multiple copy data located at sites configuring a hybrid cloud system; a data allocation service that allocates duplicated copy data to the sites; and a guideline management service that selects a copy data candidate appropriate for user request information. The guideline management service acquires information about copy data containing the same data as user request information from the data catalog and verifies whether there is a copy data candidate satisfying the user request information. When there is consequently no copy data candidate satisfying the user request information, the copy data is allocated to the site on condition that the copy data is optimal enough to satisfy a generation schedule and a processing speed of a copy data candidate satisfying the user request information.

Abstract: When anonymized data is used for data analysis purposes, it is required to try a plurality of anonymized data by trial and error. In this case, it is required to prevent re-identification (deterioration in an anonymity level) caused by collation of the plurality of anonymized data regardless of the intention of a worker. Information on a use condition of use target data (an anonymization method and an importance level of each attribute) is acquired from a data user, a processing data candidate is generated based upon the acquired information, and when a collation result formed of a plurality of any pieces of a processing data candidate group (data obtained by processing a value of each attribute to a lower limit value of a generalized hierarchy definition level and combining the data with each other) satisfies the use condition, a processing data group is provided as a processing data providable group.

Abstract: Provided is a data management system capable of properly managing data to undergo masking processing in the secondary use of data. This data storage management system is equipped with a storage unit which stores masked data of real data at a first point in time, and a data control unit which extracts data of a storage area that has not been masked from update data based on first information representing a masked storage area in the masked data and second information representing a masked storage area in the masked data of update data, which is data obtained by updating the real data from the first point in time to a second point in time, extracts data of the masked storage area, from which the same masked data has been removed, from the masked data of the update data, and generates the extracted data as difference data.

Abstract: To derive a query which can be joined and which gives non-zero pieces of data even if joined. A query generation assist method to assist generation of a query to extract data from a database includes: a first step of accepting, at the computer, a condition of extracting data to be acquired from the database as a data extraction condition; a second step of extracting, as graph data and at the computer, data which can be joined in data of the database; a third step of extracting subgraphs at the computer based on the data extraction condition from the graph data, and acquiring the subgraphs as query candidates; and a fourth step of calculating, at the computer, rank values of the query candidates and outputting the query candidates ranked according to the rank values.

Abstract: A data analysis device is configured to include an arithmetic operation device that determines whether or not each point data in the point data group of the existing clusters is a core of the cluster using a predetermined algorithm and calculates a predetermined re-verification determination data, recalculates an initial condition value of the clustering based on the re-verification determination data, specifies re-verification point data which is the point data that becomes no longer the core or becomes a new core by adding the point data, from the point data group to which the addition was made, based on the updated initial condition value obtained by the recalculation, and performs predetermined clustering processing in accordance with the re-verification point data.

Abstract: Provided is a data management system capable of properly managing data to undergo masking processing in the secondary use of data. This data storage management system is equipped with a storage unit which stores masked data of real data at a first point in time, and a data control unit which extracts data of a storage area that has not been masked from update data based on first information representing a masked storage area in the masked data and second information representing a masked storage area in the masked data of update data, which is data obtained by updating the real data from the first point in time to a second point in time, extracts data of the masked storage area, from which the same masked data has been removed, from the masked data of the update data, and generates the extracted data as difference data.

Abstract: A federated gateway bridges service definition formatting differences between a first and a second independent enterprise information technology (IT) management domain. A service request is received within the federated gateway from a service consumer application executing within the first independent enterprise IT management domain to a remote service provider application in the second independent enterprise IT management domain. The federated gateway dynamically performs real-time service call translation during transmission of the service request from a local service definition format to a remote service definition format defined respectively within the first and second independent enterprise IT management domains.

Abstract: In a distribution system including a plurality of physical machines, when an output file output by first processing performs multistage processing input to second processing, a physical machine which is a deployment destination of a first virtual machine for performing the first processing, a physical machine which is a storage destination of each data block included in the output file, and a physical machine which is a deployment destination of a second virtual machine for performing the second processing are determined based on relationship between the first and second processing.

Abstract: Input data, output data having a plurality of output parameters obtained by analyzing the input data, and a plurality of associations between the input data and the output data are stored. A division condition for dividing an output data distribution in which the output data is plotted for two axes corresponding to two parameters among the plurality of output parameters is extracted, the output data distribution is divided according to the division condition, and output data of the divided output data distribution is derived as first and second output data distribution rules corresponding to the two axes. First and second output data distribution region candidates are calculated by applying the first and second output data distribution rules to new input data, and an output data distribution region of the new input data is estimated by combining the first and second output data distribution region candidates with each other.

Abstract: To derive a query which can be joined and which gives non-zero pieces of data even if joined. A query generation assist method to assist generation of a query to extract data from a database includes: a first step of accepting, at the computer, a condition of extracting data to be acquired from the database as a data extraction condition; a second step of extracting, as graph data and at the computer, data which can be joined in data of the database; a third step of extracting subgraphs at the computer based on the data extraction condition from the graph data, and acquiring the subgraphs as query candidates; and a fourth step of calculating, at the computer, rank values of the query candidates and outputting the query candidates ranked according to the rank values.

Abstract: A federated gateway bridges service definition formatting differences between a first and a second independent enterprise information technology (IT) management domain. A service request is received within the federated gateway from a service consumer application executing within the first independent enterprise IT management domain to a remote service provider application in the second independent enterprise IT management domain. The federated gateway dynamically performs real-time service call translation during transmission of the service request from a local service definition format to a remote service definition format defined respectively within the first and second independent enterprise IT management domains.