Robert Boschgmbh

Hakan Oezaslan

Marcus Schneider

Christian Pampus

Gerhard Filp

Sven Goebel

Bernd Jochen Kretschmer

Alexander Bayerl

Gerald Holzapfel

Frank Traenkle

Juergen Meyer

Tilo Allmendinger

Uwe Gross

Klaus Lebert

Ulrich Wolters

Inga Schierle

A device for the semiautonomous support of a parking process of a vehicle, such as a motor vehicle, having a steering device for the steering movement of wheels of the vehicle, having a control device for controlling the steering device, the control device having a computing device for processing input values to form an output value that controls the steering device; the computing device being developed for processing a steering angle, that is maximally achievable at the wheels of the vehicle, together with a steering wheel angle, that is maximally achievable in response to the respective conditions, to form an output value that is designated as a steering wheel angle.

Device for the semiautonomous support of the parking process of a vehicle

A functional unit for carrying out logical test cases on a test system interconnected to a unit that is to be tested, the functional unit being suitable for being interconnected between the logical test cases and the test system in such a way that the logical test cases are decoupled from the test system, and, in this context, for supporting an execution of the logical test cases on the test system as mediator.

Functional unit for carrying out logical test cases on a test system interconnected to a unit to be tested and corresponding method

Growing community of inventors

Ludwigsburg, Germany

Hakan Oezaslan