input: Text: Grad C: Yeah, we had a long discussion about how much w how easy we want to make it for people to bleep things out. So <unk>disfmarker<unk> Morgan wants to make it hard. PhD D: It <unk>disfmarker<unk> it doesn't <unk>disfmarker<unk> Grad C: Did <unk>disfmarker<unk> did <unk>disfmarker<unk> did it <unk>disfmarker<unk>? I didn't even check yesterday whether it was moving. PhD D: It didn't move yesterday either when I started it. Grad C: So. PhD D: So I don't know if it doesn't like both of us <unk>disfmarker<unk> Grad C: Channel three? Channel three? PhD D: You know, I discovered something yesterday on these, um, wireless ones. Grad B: Channel two. Grad C: Mm - hmm? PhD D: You can tell if it's picking up <unk>pause<unk> breath noise and stuff. Grad C: Yeah, it has a little indicator on it <unk>disfmarker<unk> on the AF. PhD D: Mm - hmm. So if you <unk>disfmarker<unk> yeah, if you breathe under <unk>disfmarker<unk> breathe and then you see AF go off, then you know <unk>pause<unk> it's p picking up your mouth noise. PhD F: Oh, that's good. Cuz we have a lot of breath noises. Grad C: Yep. Test. PhD F: In fact, if you listen to just the channels of people not talking, it's like " @ @ ". It's very disgust Grad C: What? Did you see Hannibal recently or something? PhD F: Sorry. Exactly. It's very disconcerting. OK. So, um, Grad C: PhD F: I was gonna try to get out of here, like
  Question: Summarize the discussion about the current XML format to link up different components in data
  Answer:
output: C developed an XML format that links together utterances based on time tags, essentially creating a lattice. The XML format would be divided into many sections, each with its own ID and timeline tag. The XML format could be modified to deal with smaller linguistic units since that would only entail changing the timestamps. Despite being easy to use, the format was not efficient for smaller linguistic units, like phones. It would work for word units, at best.