Abstract: Ablated object region determining apparatuses and methods for determining an ablated object region for ablating an object of interest are provided. A user can set an orientation and position of an ablation element with respect to a geometrical representation of the object of interest, at least one energy influencing element and a spatial relationship between the object of interest and the at least one energy influencing element. A model ablation region retrieving unit retrieves a model ablation region depending on the respective set orientation and position of the ablation element from a model ablation region storing unit. An ablated object region determining unit determines at least one of a) an ablated object region of the object of interest being located within the retrieved model ablation region and b) a non-ablated object region of the object of interest being located outside the retrieved model ablation region.

Abstract: Ablated object region determining apparatuses and methods for determining an ablated object region for ablating an object of interest are provided. A user can set an orientation and position of an ablation element with respect to a geometrical representation of the object of interest, at least one energy influencing element and a spatial relationship between the object of interest and the at least one energy influencing element. A model ablation region retrieving unit retrieves a model ablation region depending on the respective set orientation and position of the ablation element from a model ablation region storing unit. An ablated object region determining unit determines at least one of a) an ablated object region of the object of interest being located within the retrieved model ablation region and b) a non-ablated object region of the object of interest being located outside the retrieved model ablation region.

Abstract: Ablated object region determining apparatuses and methods for determining an ablated object region for ablating an object of interest are provided. A user can set an orientation and position of an ablation element with respect to a geometrical representation of the object of interest, at least one energy influencing element and a spatial relationship between the object of interest and the at least one energy influencing element. A model ablation region retrieving unit retrieves a model ablation region depending on the respective set orientation and position of the ablation element from a model ablation region storing unit. An ablated object region determining unit determines at least one of a) an ablated object region of the object of interest being located within the retrieved model ablation region and b) a non-ablated object region of the object of interest being located outside the retrieved model ablation region.

Abstract: When swaying motions of a trailer or semi-trailer of a car-trailer combination are encountered, input signals which are taken into consideration to calculate a reference signal frequently include also oscillation components, due to which driving dynamics control for stabilization of the car-trailer combination can become very unreliable. To enhance the reliability of driving dynamics control of this type, a method is disclosed in which an input signal (Y) is sensed that includes signal oscillations which are due to a swaying motion of the trailer or semi-trailer and are superimposed on a base component (YBasis) of the input signal (Y). A reference signal is calculated from the input signal (Y), in which case the calculation is executed in such a way that the reference signal by approximation corresponds to a reference signal which is determined from the base component (YBasis) of the input signal (Y).

Abstract: Ablated object region determining apparatuses and methods for determining an ablated object region for ablating an object of interest are provided. A user can set an orientation and position of an ablation element with respect to a geometrical representation of the object of interest, at least one energy influencing element and a spatial relationship between the object of interest and the at least one energy influencing element. A model ablation region retrieving unit retrieves a model ablation region depending on the respective set orientation and position of the ablation element from a model ablation region storing unit. An ablated object region determining unit determines at least one of a) an ablated object region of the object of interest being located within the retrieved model ablation region and b) a non-ablated object region of the object of interest being located outside the retrieved model ablation region.

Abstract: When swaying motions of a trailer or semi-trailer of a car-trailer combination are encountered, input signals which are taken into consideration to calculate a reference signal frequently include also oscillation components, due to which driving dynamics control for stabilization of the car-trailer combination can become very unreliable. To enhance the reliability of driving dynamics control of this type, a method is disclosed in which an input signal (Y) is sensed that includes signal oscillations which are due to a swaying motion of the trailer or semi-trailer and are superimposed on a base component (YBasis) of the input signal (Y). A reference signal is calculated from the input signal (Y), in which case the calculation is executed in such a way that the reference signal by approximation corresponds to a reference signal which is determined from the base component (YBasis) of the input signal (Y).