This https://t.co/er0MjUvoYX has been replaced. Links: https://t.co/qEC8QWqeOx https://t.co/sPe7Xw7MZC https://t.co/nw1mbEvcWB https://t.co/ZsCU48huBc
significant digits and leading continued fraction coefficients of real data. Our results may find application in the area of forensic analysis, where Benford's law has been extensively used. [6/6 of https://t.co/6Uv81mWfun]
scale-invariant phenomena, where Pareto variables occur much more frequently than Benford variables. This suggests that the Pareto expressions that we produce have wider applicability than their Benford counterparts in modelling most [5/6 of https://t.co/6
variables in the asymptotics of the general expressions, among other results. The particularisation for Pareto variables -- which include Benford variables as a special case -- is specially relevant in the context of pervasive [4/6 of https://t.co/6Uv81mWf