Path processes and historical superprocesses |
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Authors: | E. B. Dynkin |
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Affiliation: | (1) Department of Mathematics, White Hall, Cornell University, 14853-7901 Ithaca, NY, USA |
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Abstract: | Summary A superprocessX over a Markov process can be obtained by a passage to the limit from a branching particle system for which describes the motion of individual particles.The historical process for is the process whose state at timet is the path of over time interval [0,t]. The superprocess overthe historical superprocess over —reflects not only the particle distribution at any fixed time but also the structure of family trees. The principal property of a historical process is that is a function of for alls<t. Every process with this property is calleda path process. We develop a theory of superprocesses over path processes whose core is the integration with respect to measure-functionals. By applying this theory to historical superprocesses we construct the first hitting distributions and prove a special Markov property for superprocesses.Partially supported by National Science Foundation Grant DMS-8802667 |
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Keywords: | Primary 60J80 60G57 secondary 60J25 60J50 |
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