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Martin Weidner

Jonathan Dees

Franz Faerber

Florian Foebel

Kesavaprakash Vasudevan

Achim Becker

Peter Sanders

Jan Stengler

Francis Gropengiesser

Jan-Markus Schwindt

Robert Schneider

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.

Smart elastic scaling based on application scenarios

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.

Fast OLAP query execution in main memory on large data in a cluster

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.

Fault tolerant communication in a distributed system

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Ubstadt-Weiher, Germany

Martin Weidner