Technische Berichte

Technische Berichte können über das Sekretariat oder direkt bei den Autoren angefordert werden.

  • 78.  L. Dümbgen (2016)
    (Ab)Using Regression for Data Adjustment
  • 77.  L. Dümbgen, M. Pauly & T. Schweizer (2013)
    M-Functionals of Multivariate Scatter
  • 76.  L. Dümbgen (2010)
    Bounding Standard Gaussian Tail Probabilities
  • 75.  L. Dümbgen, R. Samworth & D. Schuhmacher (2010)
    Approximation by Log-Concave Distributions with Applications to Regression
  • 74.  D. Schuhmacher, A. Hüsler & L. Dümbgen (2009)
    Multivariate Log-Concave Distributions as a Nearly Parametric Model
  • 73.  A. Rohde & L. Dümbgen (2009)
    Adaptive Confidence Sets for the Optimal Approximating Model
  • 72.  L. Dümbgen & N. Zumbrunnen (2008)
    Some Methods for the Comparison of Three Expert Judgements
  • 71.  M. L. Cule & L. Dümbgen (2008)
    On an Auxiliary Function for Log-Density Estimation
  • 70.  L. Dümbgen (2008)
    Variance Inequalities for Unimodal Distributions on the Unit Interval
  • 69.  P. Patie (2007)
    Law of the exponential functional of a family of one-sided Lévy processes via self-similar continuous state branching processes with immigration and the Wright hypergeometric functions
  • 68.  P. Patie (2007)
    Moments of Companions of Spectrally Negative Self-Similar Markov Processes
  • 67.  P. Patie (2007)
    Infinite Divisibility of Solutions to some Semi-Stable Integro-Differential Equations and Exponential Functionals of Lévy Processes
  • 66.  L. Dümbgen & K. Rufibach (2007)
    Maximum likelihood estimation of a log-concave density and its distribution function: basic properties and uniform consistency
  • 65.  E. Hashorva & A. Stepanov (2007)
    Limit theorems for the spacings of weak records
  • 64.  L. Dümbgen (2007)
    Oberservational Studies and the Assumption of I.I.D. Data
  • 63.  L. Dümbgen & N. Zumbrunnen (2007)
    Analyzing Data of a Medical Call Center
  • 62.  E. Hashorva (2007)
    A new family of bivariate max-infinitely divisible distributions
  • 61.  L. Dümbgen, A. Hüsler & K. Rufibach (2007)
    Active Set and EM Algorithms for Log-Concave Densities Based on Complete and Censored Data
  • 60.  N. Balakrishnan, E. Hashorva & J. Hüsler (2006)
    Near-extremes and Related Point Processes
  • 59.  M. Mayer & I. Molchanov (2006)
    Limit theorems for the diameter of a random sample in the unit ball
  • 58.  S. Müller & K. Rufibach (2006)
    Smoothed semi-parametric tail index estimation
  • 57.  R. Gatto & S. R. Jammalamadaka (2006)
    The Generalized von Mises Distribution
  • 56.  L. Dümbgen & G. Walther (2006)
    Multiscale Inference about a Density
  • 55.  S. Müller & K. Rufibach (2005)
    A Comparison of human and pseudo-uniform random numbers
  • 54.  A. Hüsler (2005)
    Estimating Log-Concave Densities from Censored Data
  • 53.  B.-W. Igl & L. Dümbgen (2005)
    A comparison of two estimators in multivariate linear models with errors-in-variables
  • 52.  S. Müller & C. Vial (2005)
    Partially Linear Model Selection
  • 51.  R. Gatto & S. R. Jammalamadaka (2004)
    Small Sample Asymptotics for Higher Order Spacings
  • 50.  R. Gatto & M. Mayer (2004)
    Saddlepoint Approximations for some Models of Circular Data
  • 49.  M. Mosimann & R. Gatto (2004)
    Three Methods for Computing the Probability of Ruin for the Compound Poisson Process that is perturbed by Diffusion
  • 48.  R. Gatto (2003)
    A Bootstrap test for Circular Data
  • 47.  R. Gatto (2003)
    An Accurate Asymptotic Approximation for Experience Rated Premiums
  • 46.  E. Hashorva (2002)
    Bivariate maximum insurance claim and related point processes
  • 45.  V.I. Piterbarg & T.A. Romanova (2002)
    Numerical estimation of the Pickand's constant
  • 44.  D. Dietrich & E. Hashorva (2000)
    Simulation of supremum related events for certain Gaussian Processes
  • 43.  E. Hashorva (2000)
    The number of random points close to bivariate maxima. With application to insurance
  • 42.  V.I. Piterbarg (1999)
    On large Deviations of Storage Process
  • 41.  H. Carnal & G.M. Feldmann (1999)
    A Stability Property for Probability Measures on Abelian Groups
  • 40.  E. Hashorva & J. Hüsler (1998)
    On the Distribution of the Combination Index
  • 39.  J. Hüsler & V.I. Piterbarg (1997)
    Extremes of a certain class of Gaussian processes
  • 38.  H. Riedwyl (1996)
    Modifiying and Using Yates' Algorithm
  • 37.  R. Aebi (1993)
    Diffusions in Time-Symmetrical Representation (To Masao Nagasawa on his Sixtieth Birthday)
  • 36.  R. Aebi (1993)
    Schrödinger's View of Diffusions
  • 35.  R. Aebi (1992)
    A Solution to Schrödinger's Problem of Non-Linear Integral Equations
  • 34.  D. von Burg & H. Riedwyl (1992)
    HP 42-S Statistikprogramme. Programmcode, Testbeispiele
  • 33.  M. Dozzi & A.R. Soltani (1991)
    On the local time of stable processes and the asymptotic behaviour of associated integrals
  • 32.  M. Dozzi & A.R. Soltani (1990)
    On joint continuity of local time for moving average processes
  • 31.  A.R. Soltani (1990)
    On local fluctuations of stable moving average processes
  • 30.  M. Dozzi (1990)
    Twoparameter Stochastic Processes
  • 29.  S.-G. Wang (1989)
    Ridge-type predictors in finite Populations
  • 28.  S.-G. Wang (1989)
    On Relationships between the Principal Components and the Latent Root Regression Estimators
  • 27.  S.-G. Wang (1989)
    On ordinary least squares for two-stage sampling
  • 26.  J. Hüsler (1989)
    Asymptotic efficiency comparison of the Kruskal-Wallis test based on grouped and individual data
  • 25.  M. Schüpbach (1987)
    ASYMFACE Asymmetrical Faces in TURBO PASCAL
  • 24.  M. Schüpbach (1987)
    Assessing Variability in Multidimensional Scaling
  • 23.  J. Hüsler (1987)
    Asymptotic properties of selector statistics
  • 22.  J. Hüsler & H. Riedwyl (1986)
    Nonparametric location tests based on the empirical distribution
  • 21.  R. Maibach (1986)
    Comparison of several methods for the estimation of linear growth
  • 20.  B. K. Flury (1986)
    Some asymptotic results on characteristic roots and vectors of proportional covariance matrices
  • 19.  B. K. Flury (1985)
    Joint asymptotic distribution of the coefficients of two linear discriminant functions
  • 18.  J. Hüsler (1985)
    Selektor-Masse adaptiver Verfahren
  • 17.  K. Pillai & B. Flury (1985)
    Upper percentage points of the largest characteristic root of the multivariate F-matrix
  • 16.  M. Schüpbach (1984)
    ASMFACE - Asymmetrical faces on IBM PC
  • 15.  J. Hüsler & M. Schüpbach (1984)
    On simple block estimators for the parameters of the extreme-value distribution
  • 14.  A. Gut & J. Hüsler (1984)
    The rate of growth of sample maxima with multidimensional indices
  • 13.  B. Flury & H. Riedwyl (1983)
    The use of multiple regression to perform two group discriminant analysis and T2-tests
  • 12.  H. R. und Michel Schüpbach (1983)
    Siebdiagramme. Graphische Darstellung von Kontingenztafeln
  • 11.  B. Flury & H. Riedwyl (1983)
    Some applications of asymmetrical faces
  • 10.  J. Hüsler (1983)
    Anwendung der Extremwerttheorie von nichtstationären Zufallsfolgen bei Frostdaten
  • 9.  B. Flury & J. Hüsler (1982)
    Simulation of the tunnel systems of arvicola terrestris: An algorithm to construct random planar graphs
  • 8.  H. Carnal & H. Riedwyl (1982)
    Wahlkreisverbandsarithmetik
  • 7.  E. Sonnemann (1982)
    Allgemeine Lösungen multipler Testprobleme
  • 6.  M. Schüpbach & J. Hüsler (1981)
    Eine Erweiterung der einfachen Schätzer für die Parameter der doppelt-exponentiellen Verteilung
  • 5.  L. Holst (1981)
    Three lectures on problems connected with the classical occupancy problem
  • 4.  M. Dozzi & H. Riedwyl (1981)
    Small sample properties of asymptotic tests for two binomial proportions
  • 3.  B. Flury (1980)
    Construction of an asymmetrical face to represent multivariate data graphically
  • 2.  J. Hüsler (1980)
    Hinreichende Bedingungen für die Gültigkeit einer Grenzverteilung der letzten Austrittszeit bei Gaussfolgen
  • 1.  V. Fabian (1980)
    Local asymptotic minimax properties of some recursive estimates