Abstract: A system, a method, and a computer program product for performing component integration. A first computing system generates a computing component for integration with a second computing system. The first computing system provides the computing component to the second computing system. The second computing system configures the computing component for operation by the first computing system with at least one computing component of the second computing system. The first computing system operates the configured computing component in the second computing system.

Abstract: An analytics mediator facilitates operations of an analytics engine and a corresponding analytics user interface (UI) in analyzing operations of a plurality of microservices. The analytics mediator enables the analytics engine to execute various types of conventional and new types of analyses with respect to the microservices, and to present the results of such analyses using the analytics UI, in a manner that is highly convenient and efficient for a user of the analytics engine, while also maintaining an independence, scalability, and other advantageous features of the microservices.

Abstract: A system, a method, and a computer program product for performing component integration. A first computing system generates a computing component for integration with a second computing system. The first computing system provides the computing component to the second computing system. The second computing system configures the computing component for operation by the first computing system with at least one computing component of the second computing system. The first computing system operates the configured computing component in the second computing system.

Abstract: An analytics mediator facilitates operations of an analytics engine and a corresponding analytics user interface (UI) in analyzing operations of a plurality of microservices. The analytics mediator enables the analytics engine to execute various types of conventional and new types of analyses with respect to the microservices, and to present the results of such analyses using the analytics UI, in a manner that is highly convenient and efficient for a user of the analytics engine, while also maintaining an independence, scalability, and other advantageous features of the microservices.

Abstract: An analytics mediator facilitates operations of an analytics engine and a corresponding analytics user interface (UI) in analyzing operations of a plurality of microservices. The analytics mediator enables the analytics engine to execute various types of conventional and new types of analyses with respect to the microservices, and to present the results of such analyses using the analytics UI, in a manner that is highly convenient and efficient for a user of the analytics engine, while also maintaining an independence, scalability, and other advantageous features of the microservices.

Abstract: An analytics mediator facilitates operations of an analytics engine and a corresponding analytics user interface (UI) in analyzing operations of a plurality of microservices. The analytics mediator enables the analytics engine to execute various types of conventional and new types of analyses with respect to the microservices, and to present the results of such analyses using the analytics UI, in a manner that is highly convenient and efficient for a user of the analytics engine, while also maintaining an independence, scalability, and other advantageous features of the microservices.

Abstract: According to a general aspect, a system for personalized planning based on crowd-sourcing includes a data collector configured to collect task-related data specific to a user from multiple different data sources, and a planning optimizer configured to determine a task list providing upcoming tasks to complete based on an analysis of the task-related data in view of role-based task data and task-tracking information. The planning optimizer obtains a task from other users having a same role as the user based on the role-based task data, determines a suggested activity for completing the task based on the task-tracking information, and provides the task list to the user via a user interface.

Abstract: According to a general aspect, a system includes a query engine configured to receive a query from a user via a user interface layer for obtaining data from one or more databases, determine if a keyword of the query can be mapped to at least one of a plurality of keyword mappings stored in a semantic layer, and if the keyword cannot be mapped, provide an interactive object, via the user interface layer, to learn a new keyword mapping for the keyword such that the semantics layer is updated with the new keyword mapping for future queries. The system includes a prediction engine configured to check for previous queries of the user or other users that map the query to predict a next query, and the query engine is configured to provide query results of the query and the next query as a suggestion via the user interface layer.

Abstract: According to a general aspect, a system includes a query engine configured to receive a query from a user via a user interface layer for obtaining data from one or more databases, determine if a keyword of the query can be mapped to at least one of a plurality of keyword mappings stored in a semantic layer, and if the keyword cannot be mapped, provide an interactive object, via the user interface layer, to learn a new keyword mapping for the keyword such that the semantics layer is updated with the new keyword mapping for future queries. The system includes a prediction engine configured to check for previous queries of the user or other users that map the query to predict a next query, and the query engine is configured to provide query results of the query and the next query as a suggestion via the user interface layer.

Abstract: According to a general aspect, a system for personalized planning based on crowd-sourcing includes a data collector configured to collect task-related data specific to a user from multiple different data sources, and a planning optimizer configured to determine a task list providing upcoming tasks to complete based on an analysis of the task-related data in view of role-based task data and task-tracking information.

Abstract: Techniques for integrating software applications include identifying an enterprise application executable in a first computing environment, where the enterprise application is compatible with a first version of a network application executable in a second computing environment so that a first set of functionality of the first version of the network application is exposed through the enterprise application. The features include identifying a second version of the network application executable in the second computing environment. The second version of the network application includes a second set of functionality at least partially distinct from the first set of functionality. The features include delivering an integration component from the second computing system to the first computing system.

Abstract: Techniques for integrating software applications include identifying an enterprise application executable in a first computing environment, where the enterprise application is compatible with a first version of a network application executable in a second computing environment so that a first set of functionality of the first version of the network application is exposed through the enterprise application. The features include identifying a second version of the network application executable in the second computing environment. The second version of the network application includes a second set of functionality at least partially distinct from the first set of functionality. The features include delivering an integration component from the second computing system to the first computing system.

Abstract: A drain field system including a trench having two sidewalls and a floor, one or more perforated drainage pipes, and one or more contained aggregate bundles placed in the vicinity of the drainage pipe. In one application, a system includes two aggregate bundles disposed on the floor of a trench with a drainage pipe placed between the two bundles on the trench floor. In another application, a drainage pipe is placed on top of two contained aggregate bundles that have been placed side by side in a trench.

Abstract: The combination of a flexible pipe, e.g. plastic, and a reinforcing member mounted around the pipe to strengthen the pipe and to enhance its ability to resist deformation under load. In one embodiment the reinforcing member includes a flexible perforated plastic netting containing an aggregation of lightweight elements such as expanded polystyrene beads capable of wrapping around the pipe, preferably in helical fashion along the length of the pipe. In another embodiment, a number of members are mounted on the pipe in longitudinally extending fashion. In all embodiments, the beads provide drainage around the pipe when it is placed in a trench and obviate the need for gravel normally used in conventional systems.