Transmissibilities are widely used in engineering to express the relationship between sets of signals that are not necessarily inputs and outputs in the usual causal sense. Despite their usefulness, a rigorous intellectual framework for transmissibilities has been lacking. In this paper we demonstrate that behavioral equations provide a suitable framework for time-domain transmissibilities by choosing the latent variables in the behavioral equations to be the external signals that drive the system. This connection provides a theoretical foundation for time-domain transmissibilities and demonstrates the relevance of behavioral modeling to an important class of applications.

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causal sense engineering applications behavioral equations timedomain transmissibilities system latent variables

Dennis S. Bernstein,Khaled F. Aljanaideh,.A behavioral equation framework for time-domain transmissibilities. 78 (0),20-24.

Dennis S. Bernstein,Khaled F. Aljanaideh,"A behavioral equation framework for time-domain transmissibilities" 78

Dennis S. Bernstein,Khaled F. Aljanaideh,"A behavioral equation framework for time-domain transmissibilities"