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1. |
Hedge portfolios and the black-scholes equations |
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Stochastic Analysis and Applications,
Volume 2,
Issue 1,
1984,
Page 1-11
W.J. Anderson,
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摘要:
In 1973, Black and Scholes showed that a portfolio made up of shares of an asset A, whose price varies as a geometric Brownian motion, and shares of an asset B, whose price per share is functionally dependent on the price per share of A could be manipulated to be riskless, and designed to achieve any given rate of return on investment
ISSN:0736-2994
DOI:10.1080/07362998408809024
出版商:Marcel Dekker, Inc.
年代:1984
数据来源: Taylor
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2. |
On some singular perturbation problems arising in stochastic control |
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Stochastic Analysis and Applications,
Volume 2,
Issue 1,
1984,
Page 13-53
A. Bensoussan,
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ISSN:0736-2994
DOI:10.1080/07362998408809025
出版商:Marcel Dekker, Inc.
年代:1984
数据来源: Taylor
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3. |
The brownian theory of light |
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Stochastic Analysis and Applications,
Volume 2,
Issue 1,
1984,
Page 55-85
Jean-Pierre Caubet,
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PDF (768KB)
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摘要:
Probabilistic origin of the laws of Mechanics and Relativity: In a diffusion with exclusion principle, the brownian bridges propagate pressure wavelets which interfere and make wave packets of which the group velocity Vgtends to equal the expansion velocity v of the Huygens sphere envelope of these wavelets. This convergence Vg> v due to the strong large numbers law involves the Galilean and Lorentz groups, the limit Vg=v is reached on monochromatic waves and stationary states.
ISSN:0736-2994
DOI:10.1080/07362998408809026
出版商:Marcel Dekker, Inc.
年代:1984
数据来源: Taylor
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4. |
Non–linear filtering of diffusion processes with discontinuous observations |
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Stochastic Analysis and Applications,
Volume 2,
Issue 1,
1984,
Page 87-106
T.E. Dabbous,
N.U. Ahmed,
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摘要:
Let xtbe a diffusion process satisfying a stochastic differential equation of the formwhere [Wtilde] is an n-dimensional Brownian motion. Let the observed process ytbe related to xtby,where W is one dimensional Brownian motion Independent of [Wtilde]. The measure γ is a random counting measure independent of [Wtilde] and W. The problem is to find the conditional probability of the process xtgiven the observed path yt0. The results of absolute continuity of measures are used to derive a stochastic differential equation for the required conditional probability .Our results are easily extended to the case where the process xtis governed by a stochastic differential equation also containing jump process, as indicated in Remark 1. Our results also cover the filter equation given by Gertner [4], Di Masi [5] and Pardoux [6] . Further, Zakaitype equation (linear stochastic partial differential equation) corresponding to the systems considered by Shiryayev [3] and Snyder [9], which are of Kushner type (nonlinear stochastic partial differential equation), also follow from our main results . Finally, some open questions arising from this work are discussed in Remark 2
ISSN:0736-2994
DOI:10.1080/07362998408809027
出版商:Marcel Dekker, Inc.
年代:1984
数据来源: Taylor
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5. |
On the nonexistence of solutions for random differential equations in banach spaces* |
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Stochastic Analysis and Applications,
Volume 2,
Issue 1,
1984,
Page 107-119
F.S. De Blasi,
J. Myjak,
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摘要:
Random differential equations in Banach spaces without solutions are considered. Some density results are established.
ISSN:0736-2994
DOI:10.1080/07362998408809028
出版商:Marcel Dekker, Inc.
年代:1984
数据来源: Taylor
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6. |
Editorial Board |
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Stochastic Analysis and Applications,
Volume 2,
Issue 1,
1984,
Page -
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PDF (48KB)
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ISSN:0736-2994
DOI:10.1080/07362998408809023
出版商:Marcel Dekker, Inc.
年代:1984
数据来源: Taylor
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