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Jochen Mayerle

Holger Knospe

Ulrich Keil

Joachim Fessler

Marianne Brosche

Udo Peter Klein

Steffen Tatzel

Timo Hoyer

Sanu Koshy

Guenter Pecht-Seibert

Clemens Jacob

Jochen Steinbach

Johan Christiaan Peters

Vladislav Bezrukov

Otfried Geisau

Laura Olson

Uwe Schultz

Provided is a system and method for generating job posting content through machine learning. In one example, the method may include storing text content of previous postings, receiving target attributes of a candidate that is a subject of a new posting, identifying, via a machine learning model, a subset of previous postings from among the previous postings which are most closely related to the new posting based on the target attributes of the candidate with respect to content of the previous postings, and detecting text objects from the identified subset of previous postings and outputting a display of the detected text objects.

Machine-learning creation of job posting content

The embodiments provide a system for linking an application with an in-memory database system for enabling an in-memory-enabled transactional application. The system includes an in-memory transactional processor configured to receive contextual data related to an instantiation of a first business transaction of the application and instantiate at least one second business transaction of the application during a course of processing the first business transaction. The in-memory transactional processor is configured to store results of at least one process step of the at least one second business transaction during the course of processing the first business transaction in an in-memory database, evaluate, at a decision point within the first business transaction, a plurality of alternative process steps, during runtime, and determine a subsequent process step from the plurality of alternative process steps based on the contextual data and captured information stored in the in-memory database.

Enabling an in-memory transactional application

A consumer user can perform a number of augmented reality shopping operations using a local client shopping application executable on a mobile device. Features related to implementations of the current subject matter can include, but are not limited to, the ability to view an augmented reality depiction of a shopping display using the mobile device and to execute various 'e-commerce' functions accessible via the augmented reality depiction. Related methods, systems, articles of manufacture, and the like are described.

Augmented-reality shopping using a networked mobile device

A consumer user can perform a number of augmented reality shopping operations using a local client shopping application executable on a mobile device. Features related to implementations of the current subject matter can include, but are not limited to, the ability to view an augmented reality depiction of a shopping display using the mobile device and to execute various 'e-commerce' functions accessible via the augmented reality depiction. Other features of the current subject matter can relate to preparation of the necessary three dimensional models and two dimensional projections of such models for viewing as an augmented reality view of the shopping display. Related methods, systems, articles of manufacture, and the like are described.

Backend support for augmented reality window shopping

A consumer user can perform a number of augmented reality shopping operations using a local client shopping application executable on a mobile device. Features related to implementations of the current subject matter can include, but are not limited to, the ability to view an augmented reality depiction of a shopping display using the mobile device and to execute various 'e-commerce' functions accessible via the augmented reality depiction. Visual image processing based on one or more inputs from sensors on the mobile device can be used to compute and efficiently provide the two dimensional projection of the three dimensional model to be presented on the screen of the mobile device. Related methods, systems, articles of manufacture, and the like are described.

Determining networked mobile device position and orientation for augmented-reality window shopping

A current use context can be extracted based on concrete data related to a currently displayed user interface feature in a business software architecture user interface environment. Relevant related business objects and transactional data for concrete instances of a process or scenario relevant to the current use context can be identified and a specific business object instance can be determined from a plurality of business object instances related to a specific current instance of the process or scenario relevant to the current use context. At least one target user interface feature associated with the process or scenario can be pre-populated with at least one parameter specific to a current data entry state of the specific current instance of the process or scenario and displayed via a user interface.

Launch of target user interface features based on specific business process instances

A business scenario landscape map can show a scenario-centric view of a business scenario landscape that includes business scenarios accessible to members of an organization and supported by a business software architecture. In the scenario-centric view, first user interface elements can be arranged to show a linear representation of business process features of a selected business scenario and a visual depiction of relationships between the selected business scenario and other business scenarios. Upon receiving selection of a first user interface element(s) related to another business scenario, at least some of the first user interface elements can be rearranged to show a new scenario-centric view of the business scenario landscape in which business process features of the newly selected business scenario are arranged in a new linear representation including a visual depiction of relationships between the newly selected business scenario, the originally selected business scenario, and/or relationships with other additional scenarios.

Visualizing business processes or scenarios in a business software model using transit maps

A definition of a new user interface feature of a business software architecture supporting a business configuration used by an organization can be received and a rule in a scenario model of a business scenario can be accordingly modified to associate the new user interface feature with business process feature(s) of the business scenario. A selection of a business process feature received as a user interaction with first user interface elements arranged in a linear order in a navigation pane of a user interface to represent at least some of the plurality of business process features of the business process can result in the concurrent display via the user interface of a work frame comprising the new user interface feature.

Dynamic enhancement of context matching rules for business scenario models

A single meta-model can include metadata defining a business scenario landscape that includes business scenarios accessible to members of an organization that are supported by a business software architecture. The metadata can include business process definitions and relationships between business processes. A user interface can present first, second, and/or third visualization layers based on the metadata. The first visualization layer can include first user interface elements forming a business scenario landscape map showing business scenarios and at least one relationship between the business scenarios. The second visualization layer can include second user interface elements displayed in a navigation pane concurrently with a work pane. The second user interface elements can represent a linear sequence of second business processes of a business scenario while the work pane can include additional user interface elements corresponding to functionality provided by the business software architecture relating to a currently selected business process.

Seamless morphing from scenario model to system-based instance visualization

Transactional data associated with a specific instance of a business scenario that includes an intersecting process feature requiring prerequisite action by a prerequisite process feature that is part of another business scenario can be linked to a scenario model providing a linearized representation in which other process features of the business scenario, the intersecting process feature, and the prerequisite process feature are arranged in a linear sequence. A navigation pane including a linear progression of user interface elements representing the linear sequence can be concurrently displayed with a work pane including other user interface elements corresponding to functionality provided by business software architecture features related to a currently selected process feature. The navigation pane display can expand at a selected user interface element to display additional user interface elements corresponding to process features involved in completion of the process feature corresponding to the selected first user interface element.

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Flein, Germany

Jochen Mayerle