Loss Consolidation
In many applications, it is possible to realize vast computational savings
in digital waveguide models by commuting losses out of unobserved and
undriven sections of the medium and consolidating them at a minimum number
of points. Because the digital simulation is linear and time invariant
(given constant medium parameters
), and because linear,
time-invariant elements commute, the diagram in Fig.C.6 is
exactly equivalent (to within numerical precision) to the previous diagram
in Fig.C.5.
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Frequency-Dependent Losses
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Relation to the Finite Difference Recursion