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| + | ==Density Estimation using Series Expansion== | ||
| + | Last "non-parametric" technique (although very parametric) | ||
| + | Write <math>p(x) = sum(cj*fj(x))</math> where {<math>fj's</math>} are pre-determined class of functions <math>=sum(cj*fj(x))</math> | ||
| − | + | Monomials. E.g. Taylor expansion about Xo in 1-D. | |
Revision as of 14:37, 28 March 2008
Density Estimation using Series Expansion
Last "non-parametric" technique (although very parametric)
Write $ p(x) = sum(cj*fj(x)) $ where {$ fj's $} are pre-determined class of functions $ =sum(cj*fj(x)) $
Monomials. E.g. Taylor expansion about Xo in 1-D.
