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Density estimation for linear processes
Authors:Kamal C Chanda
Institution:(1) Texas Tech University, Texas, USA
Abstract:Summary LetX t , ...,X n be random variables forming a realization from a linear process 
$$X_t  = \sum\limits_{r = 0}^\infty  {g_r Z_{t - r} } $$
where {Z t } is a sequence of independent and identically distributed random variables with E|Z t |<∞ for some ε>0, andg r →0 asr→∞ at some specified rate. LetX 1 have a probability density functionf. It is then established that for every realx, the standard kernel type estimator 
$$\hat f_n (x)$$
based onX t (1≦tn) is, under some general regularity conditions, asymptotically normal and converges a.s. tof(x) asn→∞. Research was supported in part by the Air Force Office of Scientific Research Grant No. AFOSR-81-0058.
Keywords:Primary 62F12  secondary 62M10
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