Abstract: A system, method, and computer-readable medium, including authoring and consolidating a semantic layer universe and at least one semantic layer extension (e.g., a collection of semantic layer entities) created on top of the objects of the semantic layer universe, the semantic layer universe and the one or more semantic layer extensions being linked via a repository relationship; and dynamically presenting a consolidated view of relevant objects from the semantic layer universe and possibly entities of the at least one semantic layer extension to provide a user with additional querying metadata.

Abstract: A system and method including receiving a request to perform an operation relying on sets-related tables of a semantic layer universe; injecting in response to the received request, persisted Data Foundation (DF) objects stored in a dedicated data structure of a first set container into the in-memory representation of the semantic layer universe, each of the DF objects being automatically created based on sets-related tables of the semantic layer universe; injecting, by the processor and in response to the received request, persisted business layer (BL) objects stored in a dedicated data structure of the first set container into the in-memory representation of the semantic layer universe, each of the BL objects being automatically created based on the sets-related tables of the semantic layer universe; and executing the operation on the augmented semantic universe, including using the injected DF objects and the injected BL objects.

Abstract: A system and method including authoring a semantic layer universe and at least one semantic layer set container created on top of the objects of the semantic layer universe and concurrently authoring of resources to the universe by one or more users based on a merge strategy based on at least a status of the resource being authored relative to the published universe.

Abstract: A system, method, and computer-readable medium, including authoring and consolidating a semantic layer universe and at least one semantic layer extension (e.g., a collection of semantic layer entities) created on top of the objects of the semantic layer universe, the semantic layer universe and the one or more semantic layer extensions being linked via a repository relationship; and dynamically presenting a consolidated view of relevant objects from the semantic layer universe and possibly entities of the at least one semantic layer extension to provide a user with additional querying metadata.

Abstract: A system, method, and computer-readable medium, including authoring and consolidating a semantic layer universe and at least one semantic layer extension (e.g., a collection of semantic layer entities) created on top of the objects of the semantic layer universe, the semantic layer universe and the one or more semantic layer extensions being linked via a repository relationship; and dynamically presenting a consolidated view of relevant objects from the semantic layer universe and possibly entities of the at least one semantic layer extension to provide a user with additional querying metadata.

Abstract: A system, method, and computer-readable medium, including adding a dedicated data storage structure to a first set container, the added dedicated data storage structure to store business objects (BOs) constructed based on data foundation fragments injected into a data foundation of a semantic layer universe; generating, automatically, a BO based on a data foundation of the semantic layer universe; storing the automatically generated BO in the added storage structure and storing the added data storage structure in the first set container.

Abstract: A system, method, and computer-readable medium, including creating at least one data foundation table, each of the at least one data foundation tables being created for each of one or more set tables in a database based on information stored in a first set container relying on the one or more set tables; linking at least one of the created data foundation tables to a customer table in the database, the created data foundation table being linked to the customer table based on a primary key for the customer table; and storing all of the created data foundation tables in the a dedicated data structure hosted by the first set container.

Abstract: A system and method including receiving a request to perform an operation relying on sets-related tables of a semantic layer universe; injecting in response to the received request, persisted Data Foundation (DF) objects stored in a dedicated data structure of a first set container into the in-memory representation of the semantic layer universe, each of the DF objects being automatically created based on sets-related tables of the semantic layer universe; injecting, by the processor and in response to the received request, persisted business layer (BL) objects stored in a dedicated data structure of the first set container into the in-memory representation of the semantic layer universe, each of the BL objects being automatically created based on the sets-related tables of the semantic layer universe; and executing the operation on the augmented semantic universe, including using the injected DF objects and the injected BL objects.

Abstract: A system, method, and computer-readable medium, including adding a dedicated data storage structure to a first set container, the added dedicated data storage structure to store business objects(BOs) constructed based on data foundation fragments injected into a data foundation of a semantic layer universe; generating, automatically, a BO based on a data foundation of the semantic layer universe; storing the automatically generated BO in the added storage structure and storing the added data storage structure in the first set container.

Abstract: A system, method, and computer-readable medium, including creating at least one data foundation table, each of the at least one data foundation tables being created for each of one or more set tables in a database based on information stored in a first set container relying on the one or more set tables; linking at least one of the created data foundation tables to a customer table in the database, the created data foundation table being linked to the customer table based on a primary key for the customer table; and storing all of the created data foundation tables in the a dedicated data structure hosted by the first set container.

Abstract: A system and method including authoring a semantic layer universe and at least one semantic layer set container created on top of the objects of the semantic layer universe and concurrently authoring of resources to the universe by one or more users based on a merge strategy based on at least a status of the resource being authored relative to the published universe.

Abstract: A system, method, and computer-readable medium, including authoring and consolidating a semantic layer universe and at least one semantic layer extension (e.g., a collection of semantic layer entities) created on top of the objects of the semantic layer universe, the semantic layer universe and the one or more semantic layer extensions being linked via a repository relationship; and dynamically presenting a consolidated view of relevant objects from the semantic layer universe and possibly entities of the at least one semantic layer extension to provide a user with additional querying metadata.

Abstract: Congestion in connection-oriented data networks is alleviated by simulating the rerouting of circuits to uncongested parts of the network and then rerouting such circuits in a manner that causes little, or no, disruption to other parts of the network.

Abstract: Congestion in connection-oriented data networks is alleviated by simulating the rerouting of circuits to uncongested parts of the network and then rerouting such circuits in a manner that causes little, or no, disruption to other parts of the network.