Patent ID: 11867831
Assignee: ROBERT BOSCH GMBH
Field: Measurement (Instruments)
Classification: CPC G | IPC G

Claim 8:
9. A method for optimizing at least one installation parameter or operating parameter for a radar sensor for detecting objects and/or a space which is free of objects of a specific type, in a driving environment of a vehicle, the method comprising:
(i) generating, by a generator, for different values of the installation parameter or operating parameter, at least a two- or multi-dimensional frequency representation of a synthetic radar signal, the generator including a random number generator, and a first artificial intelligence (AI) module, which, as input, receives vectors of random values or tensors of the random values from the random number generator, and is configured to use an internal processing chain to map each of the vectors or tensors, onto a two- or multi-dimensional frequency representation of the synthetic radar signal, the internal processing chain of the first AI module being parameterized by a multiplicity of parameters, and the parameters are set in such a way that the two- or multi-dimensional frequency representation of the radar signal and/or at least one characteristic derived from the two- or multi-dimensional frequency representation has the same distribution for the synthetic radar signals as for measured radar signals, and/or (ii) retrieving from a data set, for the different values of the installation parameter or operating parameter, the two- or multi-dimensional frequency representation of the synthetic radar signal generated by the generator;
using a measure of quality to evaluate detection of objects in the two- or multi-dimensional frequency representation of the synthetic radar signal; and
varying the installation parameter or operating parameter in such a way that the measure of quality assumes an extreme value.