Translation of "Model-based approach" in German

This model-based approach is one of the main innovations of the project.

The presented method is based on a model-based approach, with a generally applicable method for calculating target value characteristics.

This DSS is the most important interface between the model-based approach for the transport system and the production planning system.

In the model-based approach of wave field synthesis, the vector of each virtual sound source to the coordinate origin is also known.

The model-based approach can be used both in calculating the personalized starting dose and for dose adjustments based on TDM results (see section 5.1).

This is the result of the joint calculations of the LBBW offices for risk management and lending and consequently the result of a combination of a model-based approach and the estimates of experts.

In the model-based predictive approach, prediction of the controlled variables from the first sampling step after the dead time as far as a prediction horizon is used.

Clearly some of these CDTs will involve the trainer using them in consi derable design but our model-based approach will be easier to use and provide educationally "clearer" CBE software than existing authoring systems.

Those models, methods and tools will be demonstrated in prototype emulator platforms developed by FHJ that combines CPUs and FPGA in a Model-based Design approach.

Additionally, our HOPEX solution helps you design new applications in traditional and agile environments through its model-based approach so agile team members can take a step back and reduce number of sprints.

A solution, in which not all reflections but only the psychoacoustically significant direct wave fronts and the first, acoustically intensive reflections are reconstructed at their correct point of origin in the recording space, has been described in [3], according to which, in a model-based approach the sound transducers arranged to surround the listener are replaced with selectively generated reflections of the reproduction space.

The number of virtual sound source for representing the sources themselves and their acoustically intensive first reflections remains manageable in the model-based approach of wave field synthesis.

This makes possible the representation of very fast movements by the sound source together with the associated position changes of its first acoustically intensive reflections in the model-based approach.

Depending on whether the pressure loss identification variable X is determined using a parametric (model-based) approach or else a non-parametric (Fourier transformation) approach, this results in different compensation options, which will be described in the following text in the form of exemplary embodiments.

But when the respective volume of data to be processed in the model-based approach of wave field synthesis is low—due to the distribution to individual modules—and the source positions are able to follow the natural location changes of the original sound sources and the first acoustically intensive reflections thereof very quickly, the representation of Doppler effects for moving virtual sound sources without artefacts is also possible, because a continuous movement of the virtual sound source in the room takes place.

This model-driven approach, based on prefabricated solution patterns, can save up to 80% of development costs compared to traditional custom development.

Therefore, in view of the complexity of human injury mechanisms, more consistent results can be obtained than with a model-based approach, which requires validation and potentially entails greater imprecisions.

This is reached by the use of a minimal quantity of non-invasive sensors, a model based approach for deriving the complete energy flow and semi-automated analysis procedures for localizing optimization potentials.

After the presentation and during the presentation at the stand, some listeners described the introduction of a model-based CM approach as "revolutionary".