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Started by Tobias Ryden
Thu, 09 Apr 1992 14:18
Ergodic theory for general Markov chains
Author: Tobias Ryden
Date: Thu, 09 Apr 1992 14:18
Date: Thu, 09 Apr 1992 14:18
32 lines
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1361 bytes
For a stationary ergodic process X_n it is well known that
N
1 ---
- \
N / f(X_n) -> E(f(X_1))
---
n=1
with probability 1 and in L_1 provided E|f(X_1)| is finite. Now, let
Y_n be a Markov chain on a general state space E for which there
exists a stationary distribution v, but the initial distribution of
Y, i.e. the distribution of Y_1, need not necessarily equal v.
Under which conditions does
N
1 ---
- \
N / f(Y_n) -> v(f)
---
n=1
hold, where f is in L_1(v) and the convergence is w.p.1, in L_1 or in
probability?
All references are appreciated!
--
+- Tobias Ryden Internet: tobias@maths.lth.se
Dept. of Mathematical Statistics Tel: int+46 -(0)46 104276
Lund Institute of Technology Fax: int+46 -(0)46 104623
-- P.O. Box 118, S-221 00 Lund, Sweden
Re: Ergodic theory for general Markov chains
Author: Rainer Sachs
Date: Fri, 10 Apr 1992 14:30
Date: Fri, 10 Apr 1992 14:30
22 lines
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In article <1992Apr9.141813.21760@lth.se> tobias@maths.lth.se (Tobias Ryden) writes:
>Let Y_n be a Markov chain on a general state space E for which there
exists a stationary distribution v, but the initial distribution of
Y, i.e. the distribution of Y_1, need not necessarily equal v.
Under which conditions does
N
1 ---
- \
N / f(Y_n) -> v(f)
---
n=1
hold, where f is in L_1(v) and the convergence is w.p.1, in L_1 or in
>probability?
email bounced. See, among many other places, RW Wolff, Stochastic modeling
and the theory of queues, section 3-6. The theory of such averages
is considerably simpler than the theory of functions; for example
in a cyclic irreducible positive recurrent discrete time
Markov chain f may fail to converge but (1/n)sigma f (y sub i)
still converges.
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