In this paper, we show that the Chapman-Kolmogorov formula could be used as
a recursive formula for computing the m-step-ahead conditional density of a Markov
bilinear model. The stationary marginal probability density function of the model
may be approximated by the m-step-ahead conditional density for sufficiently large
m.
. (1996). ON THE STATIONARY PROBABILITY DENSITY
FUNCTION OF BILINEAR TIME SERIES
MODELS: A NUMERICAL APPROACH. (e31122). Journal of Sciences, Islamic Republic of Iran, 7(3), e31122
MLA
. "ON THE STATIONARY PROBABILITY DENSITY
FUNCTION OF BILINEAR TIME SERIES
MODELS: A NUMERICAL APPROACH" .e31122 , Journal of Sciences, Islamic Republic of Iran, 7, 3, 1996, e31122.
HARVARD
. (1996). 'ON THE STATIONARY PROBABILITY DENSITY
FUNCTION OF BILINEAR TIME SERIES
MODELS: A NUMERICAL APPROACH', Journal of Sciences, Islamic Republic of Iran, 7(3), e31122.
CHICAGO
, "ON THE STATIONARY PROBABILITY DENSITY
FUNCTION OF BILINEAR TIME SERIES
MODELS: A NUMERICAL APPROACH," Journal of Sciences, Islamic Republic of Iran, 7 3 (1996): e31122,
VANCOUVER
. ON THE STATIONARY PROBABILITY DENSITY
FUNCTION OF BILINEAR TIME SERIES
MODELS: A NUMERICAL APPROACH. J. Sci. I. R. I.. 1996;7(3):e31122.