(New page: <math>{y}_{\rm LMMSE}(x)=E[theta]+COV(x,theta)/Var(x)*(x-E[x])</math>)
 
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<math>{y}_{\rm LMMSE}(x)=E[theta]+COV(x,theta)/Var(x)*(x-E[x])</math>
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<math>{y}_{\rm LMMSE}(x)=E[\theta]+COV(x,\theta)/Var(x)*(x-E[x])</math>

Revision as of 16:19, 8 December 2008

$ {y}_{\rm LMMSE}(x)=E[\theta]+COV(x,\theta)/Var(x)*(x-E[x]) $

Alumni Liaison

Correspondence Chess Grandmaster and Purdue Alumni

Prof. Dan Fleetwood