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Martin Zielonkowski

Rolf Schumann

Sven-Eric Eigemann

Thomas Maag

Eduard Hess

Dagmar Opitz

Lan Zhang

Huaiyang Mao

Sonja Zscherpel

Gregor Rieken

Dirk Henrich

Arnulf Schueler

Dirk Rohdemann

Reiner Wallmeier

Orestis Terzidis

Heike Berger

Joachim Puteick

Martin Rogge

Hendrik Geipel

Holger Gockel

Matthias Schönecker

Arnulf Schüler

Shabana Ansari

Marcel Kieser

A computer-implemented method for managing a feed in an in-memory database system includes: determining, in an in-memory database system, that a criterion for a feed event is met with regard to a business object handled by the in-memory database system; generating a feed event document in response to the determination; identifying at least one user in the in-memory database system who is a feed event subscriber regarding the business object; and forwarding the generated feed event document to the identified at least one feed event subscriber.

Managing feed in in-memory database system

A system, method, and computer program product for combining replicated, analytical, and locally generated data in business objects on top of a database are disclosed. Business data are replicated from a first source to an analytics database. Analytical data based on the replicated business data are generated and combined with the replicated business data in the analytics database. Business objects are created to allow access to the analytics database via a user interface. Related apparatus, systems, techniques and articles are also described.

Representation of business object in analytical application by combining replicated, analytical, and locally enriched data

A computer system is provided for modeling the structure of an enterprise comprising a first class of objects. An object of the class may represent an organizational unit of the enterprise. The class may comprise a method for assigning and/or deassigning to an object of the class at least one attribute from at least five types of attributes comprising: a first type describing a work to be performed by the unit; a second type describing a legal entity, which the unit represents; a third type describing a disciplinary or line management properties of the unit; a fourth type describing a financial responsibility of the unit; and a fifth type describing a location, which the unit represents. The system may further include means for assigning and/or deassigning to an object of said class at least one property depending on the assigned attribute.

Systems, methods, and software applications for modeling the structure of enterprises

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Freinsheim, Germany

Martin Zielonkowski