Tuesday April 26, 2005
Cant
Do you ever get the feeling you're writing in an elaborate academic argot that's not intended to be understood? Consider the following excerpt from my Statistical NLP homework:
To build my language model, I used a training corpus consisting of approximately seven million words of overheard pillow talk. After filtering out all the b*d w*rds and tagging the rest for semanticality distortion using the TC algorithm (Tango and Cash, 1989), I proceeded to calculate (by hand, on a napkin) the ex post facto frequentive probability matrices, and from these I constructed a tetragrammaton model with max factors and several fortified fallback positions. I then improved the model using Sleater-Kinney smoothing to straighten the curves, flatten the hills, and bring the surface to a beautiful glossy finish. Finally, I evaluated the model's perspicacity on several corpora: the novels of Kilgore Trout, the complete lyrics of all the Cocteau Twins albums, and the contents of my refrigerator (see Photo 1 below). The results are collected in Table 1.3.2.6.1a, in which the perspicacity values are reported as half-double-decaf-log probabilities with a twist of lemon. Note that I have treated all negative results as experimental errors (as is standardly assumed) and that all zeroes have been replaced with smiley faces.
I don't really understand it, but I'm pretty sure I'm gonna get an A.
[Now playing in my head: "Evil" by Interpol]
I am The Tensor, and I approve this post.
01:30 AM
in Linguistics
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Comments
I ran some data using your model, and came up way south of my prediction. Then I realized I was using a Loggins & Messina smoothing algorithm instead of the Sleater-Kinney smoothing. I tried to introduce the Anderson, Bruford, Wakeman & Howe variants, but then my TRS-80 blew up. So I grabbed a cold one.
Posted by: eric morse at Apr 28, 2005 3:59:41 AM
The Loggins & Messina algorithm just doesn't dance. And ABW&H? I've seen all good people try and fail with that one.
Posted by: The Wife at Apr 28, 2005 11:32:56 PM
Maybe Armstrong-Calloway-Miller filtering for the sheer sheen?
Posted by: agm at May 2, 2005 12:14:19 AM
An ACM filter? Good, man.
Posted by: eric morse at May 2, 2005 4:41:42 AM