Abstract: The teachings of the present disclosure relates to data transformation from source data in RDB format to result data in RDF format. Various embodiments of these teachings make source data from e.g., sensors and/or monitoring devices machine readable by transforming datasets in RDB format to datasets in graph dataset format as RDF datasets are.

Abstract: A method and system for securing asset data in a computing environment includes receiving a request for modifying asset data. Further, the method includes validating the request for modifying the asset data based on pre-stored one or more parameters associated with the one or more assets deployed in the technical installation and the pre-stored one or more parameters associated with the requestor profile using blockchain validation method. The method further includes modifying the pre stored asset data to generate a modified asset data based on the validated request. Furthermore, the method includes generating a digital representation model of the modified asset data using a knowledge graph. Additionally, the method includes outputting the generated digital representation model of the modified asset data on a user interface.

Abstract: The disclosed relates to a system for generating a refined query, whereby the system comprises or is coupled with a search engine for searching through a tree of query modification operations, whereby the root node of said tree is an empty node which represents a given initial query, and comprises at least one processor which is configured to perform the following steps: a) defining a set of query modification operators which can be inserted into said tree; b) receiving a second set of reference query results; c) receiving a first set of current query results from a currently given query comprising one or more triple patterns; d) contrasting the first set of query results with the second set of query results by assessing the differences between the two query results; e) running the search engine which is configured to perform the following steps: f) selecting a node of said tree by a computed score derived from the assessed result; g) selecting any query modification operator of the defined set of query modif

Abstract: The disclosed relates to a system for generating a refined query, whereby the system comprises or is coupled with a search engine for searching through a tree of query modification operations, whereby the root node of said tree is an empty node which represents a given initial query, and comprises at least one processor which is configured to perform the following steps: a) defining a set of query modification operators which can be inserted into said tree; b) receiving a second set of reference query results; c) receiving a first set of current query results from a currently given query comprising one or more triple patterns; d) contrasting the first set of query results with the second set of query results by assessing the differences between the two query results; e) running the search engine which is configured to perform the following steps: f) selecting a node of said tree by a computed score derived from the assessed result; g) selecting any query modification operator of the defined set of query

Abstract: A method and system for generating digital representation of asset information in a cloud computing environment. The method includes extracting asset information associated with one or more assets from plurality of structured and unstructured data sources. The one or more assets are deployed in an industrial environment. Further, the method includes processing the extracted asset information based on a first predefined set of rules. The method further includes generating a digital representation of the processed asset information based on plurality of user devices. Furthermore, the method includes storing the generated representation of the processed asset information in a predefined file format in a database. The predefined file format is compatible with a format used by the plurality of user devices.

Abstract: A computer-based method for defining an enterprise organisation providing electronic document security. Enterprise elements of management groups are defined to correspond with an area of accountability, each group having one of several types, including “line of business”, “key results area”, and “senior management”. Each group has several subgroups, including “group head”, “administrative assistant” and “direct report”. Employees are assigned to one or more management group and subgroup, and management groups are related to each other to represent the organisation hierarchy. Groups may be related as “reports to”, “services”, or other defined relationships. Documents are defined having document content and properties. The properties include owning and related management groups. Access to the document is declared so that employees have a level of access based on membership of one or more groups.