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Implement a basic SONAR apparatus (transmitter and mic array) that uses simple delaysum beamforming to calculate sound intensity vs. angle map.
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torch.stft still use MKL
ck196 updated
3 years ago
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1. I found that in your example code, the weight of the beamformer is not consistent with the definition. for example:
![image](https://user-images.githubusercontent.com/43231974/64467997-968eae00-…
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There are two large changes to the baseband dump system to be implemented for outriggers:
- [ ] #927 Replaces the existing NFS based baseband file dump system with one that uses the kotekan buffer …
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I am curious whether the AuxIVA algorithm can tell the specific input sound source that an output is corresponding to? I have tons of audio files so I think I can not link them manually.
Thanks！ 😊
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Again not an issue but just wondering how much load an ESP32 can take but I2S is 2 channel so was wondering if digitally you could do something similar to this.
https://invensense.tdk.com/wp-conten…
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Hopefully.
Basically its all in https://invensense.tdk.com/wp-content/uploads/2015/02/Microphone-Array-Beamforming.pdf
The EQ could probably be done with AlsaEQ and also again using asound.conf …
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arXiv论文跟踪
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I check the procedures in the chime4/asr1_multich of v0.4.0 and have some questions about the code in line 90 of espnet/espnet/nets/pytorch_backend/frontends/frontend.py.
![image](https://user-image…
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Hi all,
I was trying to increase fftSize in Microphone.Beamformer object to compute far_field_weights and sum and delay weights. However I got a warning related with the last line of Microphone.Be…