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Summability of Multi-Dimensional Fourier Series and Hardy Spaces (Hardcover, 2002 ed.)
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Summability of Multi-Dimensional Fourier Series and Hardy Spaces (Hardcover, 2002 ed.)
Series: Mathematics and Its Applications, 541
Expected to ship within 10 - 15 working days
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The history of martingale theory goes back to the early fifties
when Doob [57] pointed out the connection between martingales and
analytic functions. On the basis of Burkholder's scientific
achievements the mar tingale theory can perfectly well be applied
in complex analysis and in the theory of classical Hardy spaces.
This connection is the main point of Durrett's book [60]. The
martingale theory can also be well applied in stochastics and
mathematical finance. The theories of the one-parameter martingale
and the classical Hardy spaces are discussed exhaustively in the
literature (see Garsia [83], Neveu [138], Dellacherie and Meyer
[54, 55], Long [124], Weisz [216] and Duren [59], Stein [193, 194],
Stein and Weiss [192], Lu [125], Uchiyama [205]). The theory of
more-parameter martingales and martingale Hardy spaces is
investigated in Imkeller [107] and Weisz [216]. This is the first
mono graph which considers the theory of more-parameter classical
Hardy spaces. The methods of proofs for one and several parameters
are en tirely different; in most cases the theorems stated for
several parameters are much more difficult to verify. The so-called
atomic decomposition method that can be applied both in the one-and
more-parameter cases, was considered for martingales by the author
in [216].
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