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Distribution of sound energy from source to patches, (i) patches to patches, (ii) patches to receiver, and (iii) direct sound from source to receiver (iv) in 2D Street

Distribution of sound energy from source to patches, (i) patches to patches, (ii) patches to receiver, and (iii) direct sound from source to receiver (iv) in 2D Street

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Figure 1: Distribution of sound energy from source to patches, (i)...
Table 1 : Matrix of transition probabilities for five elements per side.
Figure 2: 2D model configuration (2D room becomes 2D street)
Figure 3: Radiation of sound between patches
+2 Figure 4: A 2D Street configuration
Application of Aa 2D Markovian approach to the modelling of sound propagation in streets
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  • Jan 2008
Markov approach has been used in modeling multiple reflections or reverberation in rooms. This paper examines the application of Markov approach in the study of propagation of sound in streets by treating multiple reflections in streets as a Markov process. In this preliminary study a two dimensional model has been employed. Results obtained are co...
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