Abstract: A method, system and computer program product for intelligently and efficiently connecting with people and assets involved in projects. Semantic graphs for different projects or different versions of the same project are generated based on resources (e.g., templates, documents) within these projects or versions of the same project. Each semantic graph builds a relationship among the entities (e.g., development processes) of the particular project in question. The differences between these semantic graphs is illustrated in a single unified semantic graph. The single unified semantic graph highlights the different entities that were used in these projects as well as highlights the different personnel assigned to the same entities in these projects or versions of the same project. In this manner, a user is able to quickly identify the difference processes and personnel involved in the different projects or different versions of the same project.

Abstract: A method, system and computer program product for intelligently and efficiently connecting with people and assets involved in projects. Semantic graphs for different projects or different versions of the same project are generated based on resources (e.g., templates, documents) within these projects or versions of the same project. Each semantic graph builds a relationship among the entities (e.g., development processes) of the particular project in question. The differences between these semantic graphs is illustrated in a single unified semantic graph. The single unified semantic graph highlights the different entities that were used in these projects as well as highlights the different personnel assigned to the same entities in these projects or versions of the same project. In this manner, a user is able to quickly identify the difference processes and personnel involved in the different projects or different versions of the same project.

Abstract: A computer-implemented method for selecting a portion of a content repository for replication including receiving an input describing one or more desired relationship patterns for replication, generating a query for the desired relationship patterns, identifying content items of a content repository matching the desired relationship patterns, and selecting the identified content items of the content repository. The input is received at a graphical user interface (GUI). The GUI operates on a computer. The relationship patterns are associated with an ontology describing relationships between content items in a content repository. The content repository includes a plurality of content items.

Abstract: A computer-implemented method for selecting a portion of a content repository for replication including monitoring a usage pattern of a content repository, determining one or more preferred relationship patterns for replication in response to the usage pattern, identifying content items of the content repository matching the preferred relationship patterns, and selecting the identified content items of the content repository. Monitoring the usage pattern is performed by a pattern recognition engine operating on a computer. The content repository includes two or more content items. The relationship patterns are associated with an ontology describing relationships between content items in the content repository.

Abstract: A method, system and computer program product for intelligently and efficiently connecting with people and assets involved in projects. Semantic graphs for different projects or different versions of the same project are generated based on resources (e.g., templates, documents) within these projects or versions of the same project. Each semantic graph builds a relationship among the entities (e.g., development processes) of the particular project in question. The differences between these semantic graphs is illustrated in a single unified semantic graph. The single unified semantic graph highlights the different entities that were used in these projects as well as highlights the different personnel assigned to the same entities in these projects or versions of the same project. In this manner, a user is able to quickly identify the difference processes and personnel involved in the different projects or different versions of the same project.

Abstract: A method, system and computer program product for intelligently and efficiently connecting with people and assets involved in projects. Semantic graphs for different projects or different versions of the same project are generated based on resources (e.g., templates, documents) within these projects or versions of the same project. Each semantic graph builds a relationship among the entities (e.g., development processes) of the particular project in question. The differences between these semantic graphs is illustrated in a single unified semantic graph. The single unified semantic graph highlights the different entities that were used in these projects as well as highlights the different personnel assigned to the same entities in these projects or versions of the same project. In this manner, a user is able to quickly identify the difference processes and personnel involved in the different projects or different versions of the same project.

Abstract: A computer-implemented method for selecting a portion of a content repository for replication including monitoring a usage pattern of a content repository, determining one or more preferred relationship patterns for replication in response to the usage pattern, identifying content items of the content repository matching the preferred relationship patterns, and selecting the identified content items of the content repository. Monitoring the usage pattern is performed by a pattern recognition engine operating on a computer. The content repository includes two or more content items. The relationship patterns are associated with an ontology describing relationships between content items in the content repository.

Abstract: A computer-implemented method for selecting a portion of a content repository for replication including receiving an input describing one or more desired relationship patterns for replication, generating a query for the desired relationship patterns, identifying content items of a content repository matching the desired relationship patterns, and selecting the identified content items of the content repository. The input is received at a graphical user interface (GUI). The GUI operates on a computer. The relationship patterns are associated with an ontology describing relationships between content items in a content repository. The content repository includes a plurality of content items.