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In order to evaluate the target suppression performance, Directional BSS is compared to (1) a perfect adaptive BM (we name it ideal ABM) and (2) a BM based on a DSB.
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The system behavior and the target suppression performance of Directional BSS in single-source scenarios (only one directional source is active) and multiple-source scenarios (multiple directional sources are simultaneously active) are evaluated.
Figure 13 Performance of Directional BSS for different target direction ( d mic =6 cm).
Comparing the performance of Directional BSS and the DSB, it can be seen that Directional BSS is clearly superior to the DSB especially in reverberant environments.
Consequently, the blocking performance of Directional BSS degrades.
Consequently, the performance of Directional BSS is different from the performance in single-source scenarios.
It can be found that wave atoms have outstanding performance in directional representation.
The target suppression performance of Directional BSS is clearly superior to a common DSB.
Experimental results analyzing the system behavior and the blocking performance of Directional BSS under various acoustical conditions were presented.
Because the pumping performance is directional, the micropump characteristics were evaluated at different actuation points along the membrane.
The behavior of this informed signal separation scheme is analyzed and the blocking performance of Directional BSS under various acoustical conditions is evaluated.
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