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A reverberation signal is created when a sound or signal is reflected, causing a large number of reflections to build up and then decay as the sound is absorbed by the surfaces of objects in the space, which could include walls, furniture, people, and air.
The power of signal is reduced, corresponding to the transmission distance and the number of reflections.
The total number of reflections measured was 7187, of which 3461, were observed, I > 2σ(I).
Radiation from the emitter can reach the receiver after any number of reflections (see Figure 2).
An additional modeling of photons mean trajectory and the mean number of reflections in the tank were made.
In analyzing these effects, a new approach for calculating the average number of reflections is derived and utilized.
Formulae are given for calculating approximately a mean number of reflections and a respective angle of incidence.
Although each ray undergoes a different number of reflections, when the number of rays is large, the average number of reflections experienced by rays assigned to each processor is very similar.
The total number of reflections measured was 6967, of which 2513 were observed, |F|2 ≥ 2σ|F|2.
The same happens in cases where the simulation of street canyons requires a large number of reflections.
The estimated RIR contains a direct path along with a number of reflections as shown in Figure 9.
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