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A bibliography on stochastic orderings. Was there a real need for it? In a time of reference databases as the MathSci or the Science Citation Index or the Social Science Citation Index the answer seems to be negative. The reason we think that this bibliog raphy might be of some use stems from the frustration that we, as workers in the field, have often experienced by finding similar results being discovered and proved over and over in different journals of different disciplines with different levels of mathematical so phistication and accuracy and most of the times without cross references. Of…mehr

Produktbeschreibung
A bibliography on stochastic orderings. Was there a real need for it? In a time of reference databases as the MathSci or the Science Citation Index or the Social Science Citation Index the answer seems to be negative. The reason we think that this bibliog raphy might be of some use stems from the frustration that we, as workers in the field, have often experienced by finding similar results being discovered and proved over and over in different journals of different disciplines with different levels of mathematical so phistication and accuracy and most of the times without cross references. Of course it would be very unfair to blame an economist, say, for not knowing a result in mathematical physics, or vice versa, especially when the problems and the languages are so far apart that it is often difficult to recognize the analogies even after further scrutiny. We hope that collecting the references on this topic, regardless of the area of application, will be of some help, at least to pinpoint the problem. We use the term stochastic ordering in a broad sense to denote any ordering relation on a space of probability measures. Questions that can be related to the idea of stochastic orderings are as old as probability itself. Think for instance of the problem of comparing two gambles in order to decide which one is more favorable.
Autorenporträt
Karl Mosler hat Mathematik und Statistik an den Universitäten Heidelberg und München studiert sowie an der Technischen Universität München promoviert. Er lehrte Statistik und Operations Research, u.a. in Hamburg und Frankfurt/Oder. 1995 erhielt er die Professur für Statistik und Ökonometrie an der Universität zu Köln. Rainer Dyckerhoff hat an der Technischen Universität Darmstadt Mathematik studiert. Nach seiner Promotion zum Dr. rer. pol. an der Helmut-Schmidt-Universität Hamburg wechselte er 1995 an die Universität zu Köln, wo er, seit 2013 als apl. Professor, Statistik und Mathematik lehrt. Christoph Scheicher hat an der Universität Siegen Wirtschaftsmathematik studiert. 2009 promovierte er an der Universität zu Köln und lehrt dort seit 2007 u.a. Mathematische Methoden für Ökonomen.