input: Text: PhD B: OK. We're on. Grad E: Hello? Professor A: OK, so uh <unk>vocalsound<unk> had some interesting mail from uh Dan Ellis. Actually, I think he <unk>disfmarker<unk> he <unk>vocalsound<unk> redirected it to everybody also so uh <unk>vocalsound<unk> the PDA mikes uh have a big bunch of energy at <unk>disfmarker<unk> at uh five hertz uh where this came up was that uh I was showing off these wave forms that we have on the web and <unk>disfmarker<unk> and uh <unk>vocalsound<unk> I just sort of hadn't noticed this, but that <unk>disfmarker<unk> the major, major component in the wave <unk>disfmarker<unk> in the second wave form in that pair of wave forms is actually the air conditioner. Grad C: Huh. Professor A: So. So. I <unk>vocalsound<unk> <unk>vocalsound<unk> I have to be more careful about using that as a <unk>disfmarker<unk> as a <unk>disfmarker<unk> <unk>vocalsound<unk> as a good illustration, uh, in fact it's not, of uh <unk>disfmarker<unk> <unk>vocalsound<unk> of the effects of room reverberation. It is isn't a bad illustration of the effects of uh room noise. <unk>vocalsound<unk> on <unk>disfmarker<unk> on uh some mikes uh but So. And then we had this other discussion about um <unk>vocalsound<unk> whether this affects the dynamic range, cuz I know, although we start off with thirty two bits, you end up with uh sixteen bits and <unk>vocalsound<unk> you know, are we getting hurt there? But uh Dan is pretty confident that we're not, that <unk>disfmarker<unk> that quantization error is not <unk>disf
  Question: Summarize the discussion on Eurospeech and reverberation
  Answer:
output: Eurospeech was taking place in Denmark and the team was planning on submitting a paper to it. The team was also discussing how to best present the reverberation problem. The team thought that the spectral effects of the reverberation were very clear. They would have to figure out how to remove the sources of variance from the data to capture only the main voice.