Robert Boschgmbh

Andreas Kern

Roland Mueller-Fiedler

Klaus Breitschwerdt

Andre Mueller

Nils Kummer

Till Wokoeck

Gabriel Iran

Liv Proenneke

Andreas Hoffmann

Vladimir Belau

Frauke Driewer

A computer-implemented method for operating a technical device with the aid of a multi-dimensional characteristic map. The characteristic map is defined by data points, to each of which a characteristic field value is assigned. For reading out the characteristic map, an output value is determined, as a function of an input variable point to be evaluated for the technical device, with the aid of one-dimensional basis functions, which are assigned to each dimension of a data point. The function values of the one-dimensional basis functions respectively have a monotone curve to a neighboring data point, which has the function value 0, and are outside of the neighboring data point 0. The technical device is operated as a function of the output value.

Method and device for using and producing multi-dimensional characteristic maps for controlling and regulating technical devices

A method for avoiding a rear-end collision between a first vehicle and a second vehicle, in which a distance value is initially read in, which represents a distance, which is detected by a distance sensor of the first vehicle, between the first vehicle and the second vehicle. In particular, the first vehicle is located ahead of the second vehicle in a travel direction of the second vehicle. Using the distance value, a control signal is thereupon generated for controlling the first vehicle to avoid the rear-end collision.

Method for avoiding a rear-end collision between a first vehicle and a second vehicle and control unit

A method is proposed for producing three-dimensional structures, especially microlenses, in a substrate using an etching process, at least one original shape having a known original surface shape being present initially on the substrate in a plurality of places. The etching process has at least one first etching removal rate a and a second etching removal rate a which are material-dependent, and of which at least one is changeable as a function of time. The original shape is converted to a target shape by the etching process, the original surface shape of the original shape and the target surface shape of the target shape to be reached being known before the beginning of the etching process. In order to achieve the target surface shape, at least one of the etching rates a or a is set by a change of at least one etching parameter calculated before the beginning of the etching process as a function of the etching time.

Method for producing three-dimensional structures by means of an etching process

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Tuebingen, Germany

Andreas Kern