Abstract: A data platform includes an artificial intelligence integration component (AIIC) to facilitate user interaction with the data platform, such as creation of a data pipeline to implement a desired use case. The AIIC manages interactions between the user and a chatbot which includes an artificial intelligence (AI) model. The AIIC also manages interactions between the user and technical internal components of the data platform such as a connectivity framework for establishing connections with source and target systems external to the data platform. The AI model is trained with language data and data regarding the data platform, such that the chatbot can participate in a dialog with the user of the data platform to formulate a problem statement associated with a desired use case. The AIIC connects with the technical internal components of the data platform to manage generation of a data pipeline based on the problem statement.

Abstract: Technologies are provided for scaling applications via application scenarios. Portions of application resource content stored in a database are associated with application scenarios. The portions of the resource content associated with an application scenario are replicated to one or more computing nodes associated with the application scenario. Requests associated with the application scenario are transmitted to the one or more one or more computing nodes, where they are processed using the replicated portions of the resource content associated with the application scenario.

Abstract: Techniques are described for efficient execution of analytical queries on large amounts of data in a parallel database cluster while making maximal use of the available hardware.

Abstract: Technologies are provided for scaling applications via application scenarios. Portions of application resource content stored in a database are associated with application scenarios. The portions of the resource content associated with an application scenario are replicated to one or more computing nodes associated with the application scenario. Requests associated with the application scenario are transmitted to the one or more one or more computing nodes, where they are processed using the replicated portions of the resource content associated with the application scenario.

Abstract: Technologies are provided for scaling applications via application scenarios. Portions of application resource content stored in a database are associated with application scenarios. The portions of the resource content associated with an application scenario are replicated to one or more computing nodes associated with the application scenario. Requests associated with the application scenario are transmitted to the one or more one or more computing nodes, where they are processed using the replicated portions of the resource content associated with the application scenario.

Abstract: Disclosed herein are system, method, and computer program product embodiments for fault tolerant communications in a distributed system. An embodiment operates by determining a failure of a first node of a cluster of a plurality of nodes. Prior to the failure, a second node transmitted a first message to the first node. The second node determines content corresponding to the first message. A third node to which to provide the content of the first sub-task is identified. A second message, including content corresponding to the first message, is transmit to the third node.

Abstract: Disclosed herein are system, method, and computer program product embodiments for fault tolerant communications in a distributed system. An embodiment operates by determining a failure of a first node of a cluster of a plurality of nodes. Prior to the failure, a second node transmitted a first message to the first node. The second node determines content corresponding to the first message. A third node to which to provide the content of the first sub-task is identified. A second message, including content corresponding to the first message, is transmit to the third node.

Abstract: The present invention relates to gel capsules comprising sterol and solubilizer for use as food supplement or as pharmaceutical.

Abstract: The present invention relates to gel capsules comprising sterol and solubilizer for use as food supplement or as pharmaceutical.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives a request for a logical data structure. In response to the request, the program further identifies a size of a cache memory of the at least one processing unit. The program also determines a size of fragments of memory for the logical data structure based on the size of the cache memory. The program further requests a set of segments of memory. Upon receiving the set of segments of memory, the program also generates a plurality of fragments of memory from the set of segments of memory based on the size of fragments of memory. The program further groups the plurality of fragments of memory into the logical data structure. The plurality of fragments of memory are configured to store data of the logical data structure.

Abstract: Some embodiments provide a non-transitory machine-readable medium that stores a program. The program receives a request for a logical data structure of an in-memory database. The program further determines a size of fragments of memory for the logical data structure based on a set of criteria. The program also requests a set of segments of memory. Upon receiving the set of segments of memory, the program further generates a plurality of fragments of memory from the set of segments of memory based on the size of fragments of memory. The program also groups the plurality of fragments of memory into the logical data structure. The plurality of fragments of memory are configured to store data of the logical data structure. The program further loads the plurality of fragments of memory into memory.

Abstract: Technologies are provided for scaling applications via application scenarios. Portions of application resource content stored in a database are associated with application scenarios. The portions of the resource content associated with an application scenario are replicated to one or more computing nodes associated with the application scenario. Requests associated with the application scenario are transmitted to the one or more one or more computing nodes, where they are processed using the replicated portions of the resource content associated with the application scenario.

Abstract: Techniques are described for efficient execution of analytical queries on large amounts of data in a parallel database cluster while making maximal use of the available hardware.

Abstract: A thermogenerator arrangement is provided. The thermogenerator arrangement comprising an electrically operable device, switching means by means of which the device can be switched from a first, energy-saving state to a second, active state and at least one thermogenerator which generates an electrical signal when there is a temperature change in its environment, which electrical signal is forwarded to the switching means. The switching means are formed such that switching the device from the first state to the second state is effected in dependence on the electrical signal of the thermogenerator.