Abstract: One or more autonomous vehicles are clustered into one or more microgrids and at least one computing task is scheduled on at least one microgrid. Activation signals are received from a client of one or more autonomous vehicles when the vehicles are plugged into charging stations. Utilization rates of the autonomous vehicles are determined based on a set of parameters, which includes at least one of location of the autonomous vehicle and time. The autonomous vehicles are clustered into one or more microgrids of autonomous vehicles based on the utilization rates. At least one request for performing at least one computing task is received from a user device. The at least one request includes an estimated runtime of the at least one computing task. The at least one computing task is scheduled on at least one microgrid of autonomous vehicles based on the estimated runtime.

Abstract: The present disclosure involves systems, software, and computer implemented methods for providing an extensible plug-in architecture for enterprise mashup applications. One process includes operations for receiving a chip definition associated with a chip instance to be instantiated. The new chip instance is instantiated, with the chip instance being associated with a portion of user interface (UI) content. At least one extension is determined to be associated with the chip instance based on the received chip definition. The chip instance is provided access to at least one method associated with an implementation of the at least one extension. Further, communication between the chip instance and a runtime environment through the implemented methods of the at least one extension is enabled.

Abstract: Methods and systems for managing integration of a heterogeneous application landscape are disclosed. The landscape is defined by one or more business process. A business process management system includes an integration server connected between two or more applications in the landscape. The integration server includes a business process engine configured to execute one or more business processes that define message-based interactions between the two or more applications. The business process management system further includes a runtime engine, under direction of the business process engine, for executing one or more messaging services on the message-based interactions between the two or more applications.

Abstract: Systems and techniques related to generating a GUI. In general, in one implementation, a GUI may be generated by grouping objects into object groups; defining an arrangement for the object groups, where each object group corresponds to at least one relationship in the arrangement; assigning a graphic pattern that is distinct for each relationship; generating a graphical structure for each object to be represented in the GUI; generating a background region for the GUI for related graphical structures associated with an object group; and, generating the GUI such that one or more related graphical structures are within the background region. In that case, each background region is based on a distinct graphic pattern for the relationship corresponding to the object group. The technique can include displaying the GUI. Also, the graphic pattern assigned to a relationship may represent a color to be displayed in a background region.

Abstract: Methods and systems for managing integration of a heterogeneous application landscape are disclosed. The landscape is defined by one or more business process. A business process management system includes an integration server connected between two or more applications in the landscape. The integration server includes a business process engine configured to execute one or more business processes that define message-based interactions between the two or more applications. The business process management system further includes a runtime engine, under direction of the business process engine, for executing one or more messaging services on the message-based interactions between the two or more applications.

Abstract: A system for value-mapping includes software and a graphical user interface including a value mapping table to allow comparisons of a mapped values in the graphical user interface. The value mapping table may include at least two columns and at least one row, in which at least one column represents a domain and at least one row includes a value, which may represent an object or data. A first value in a first domain can be mapped to a second value in a second domain. The first and second values can be in the same row of the value mapping table. The first value in the first domain may have a different representation of an object from the second value in the second domain. The first and second values may relate to the same object.