Method for executing a safety-relevant function of a vehicle, computer program product, and vehicle

A method for executing a safety-relevant function of a vehicle in a current driving situation depending on input data evaluable by a control system comprising a plurality evaluation units trained using training data configured to at least to a predefined confidence level for a specific driving situation, the method comprising:

• detecting classification data of the input data;
• detecting the current driving situation depending on the classification data;
• determining a prioritized evaluation unit of the plurality of evaluation units that is trained for a specific driving situation that exhibits a correspondence with the current driving situation;
• evaluating the input data via the prioritized evaluation unit;
• and
• executing the safety-relevant function depending on the evaluation of the input data via the prioritized evaluation unit.

A vehicle system, comprising:

• a function unit for executing a safety-relevant function of the vehicle in a current driving situation;
• and
• a control system comprising a plurality of evaluation units for evaluating input data for the safety-relevant function, wherein the evaluation units are trained using training data configured at least to a predefined confidence level for a specific driving situation, wherein the function unit and the control system are configured to
• detect classification data of the input data;
• detect the current driving situation depending on the classification data;
• determine a prioritized evaluation unit of the plurality of evaluation units that is trained for a specific driving situation that exhibits a correspondence with the current driving situation;
• evaluate the input data via the prioritized evaluation unit;
• and
• execute the safety-relevant function depending on the evaluation of the input data via the prioritized evaluation unit.

A computer program product comprising non-transitory program instructions which, when the program instructions are executed by an electronic computing device for executing a safety-relevant function of a vehicle in a current driving situation depending on input data evaluable by a control system comprising a plurality evaluation units trained using training data configured to at least to a predefined confidence level for a specific driving situation, cause the electronic computing device to:

• detect classification data of the input data;
• detect the current driving situation depending on the classification data;
• determine a prioritized evaluation unit of the plurality of evaluation units that is trained for a specific driving situation that exhibits a correspondence with the current driving situation;
• evaluate the input data via the prioritized evaluation unit;
• and
• execute the safety-relevant function depending on the evaluation of the input data via the prioritized evaluation unit.