Abstract

We consider records and sequences of records drawn from discrete time series of the form Xn=Yn+cnX_{n}=Y_{n}+cn, where the YnY_{n} are independent and identically distributed random variables and cc is a constant drift. For very small and very large drift velocities, we investigate the asymptotic behavior of the probability pn(c)p_n(c) of a record occurring in the nnth step and the probability PN(c)P_N(c) that all NN entries are records, i.e. that X1<X2<...<XNX_1 < X_2 < ... < X_N. Our work is motivated by the analysis of temperature time series in climatology, and by the study of mutational pathways in evolutionary biology.Comment: 21 pages, 7 figure

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