On the Laplace Transform of the Lognormal Distribution
Integral transforms of the lognormal distribution are of great importance in statistics and probability, yet closed-form expressions do not exist. A wide variety of methods have been employed to provide approximations, both analytical and numerical. In this paper, we analyse a closed-form approximat...
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| Veröffentlicht in: | Methodology and computing in applied probability Jg. 18; H. 2; S. 441 - 458 |
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01.06.2016
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| Abstract | Integral transforms of the lognormal distribution are of great importance in statistics and probability, yet closed-form expressions do not exist. A wide variety of methods have been employed to provide approximations, both analytical and numerical. In this paper, we analyse a closed-form approximation
ℒ
~
(
𝜃
)
of the Laplace transform
ℒ
(
𝜃
)
which is obtained via a modified version of Laplace’s method. This approximation, given in terms of the Lambert
W
(⋅) function, is tractable enough for applications. We prove that ~(
𝜃
) is asymptotically equivalent to ℒ(
𝜃
) as
𝜃
→
∞
. We apply this result to construct a reliable Monte Carlo estimator of ℒ(
𝜃
) and prove it to be logarithmically efficient in the rare event sense as
𝜃
→
∞
. |
|---|---|
| AbstractList | Integral transforms of the lognormal distribution are of great importance in statistics and probability, yet closed-form expressions do not exist. A wide variety of methods have been employed to provide approximations, both analytical and numerical. In this paper, we analyse a closed-form approximation
ℒ
~
(
𝜃
)
of the Laplace transform
ℒ
(
𝜃
)
which is obtained via a modified version of Laplace’s method. This approximation, given in terms of the Lambert
W
(⋅) function, is tractable enough for applications. We prove that ~(
𝜃
) is asymptotically equivalent to ℒ(
𝜃
) as
𝜃
→
∞
. We apply this result to construct a reliable Monte Carlo estimator of ℒ(
𝜃
) and prove it to be logarithmically efficient in the rare event sense as
𝜃
→
∞
. (ProQuest: ... denotes formulae and/or non-USASCII text omitted; see image).Integral transforms of the lognormal distribution are of great importance in statistics and probability, yet closed-form expressions do not exist. A wide variety of methods have been employed to provide approximations, both analytical and numerical. In this paper, we analyse a closed-form approximation ... of the Laplace transform ... which is obtained via a modified version of Laplace's method. This approximation, given in terms of the Lambert W() function, is tractable enough for applications. We prove that ~([eth]oef) is asymptotically equivalent to ([eth]oef) as [eth]oef arrow right infinity . We apply this result to construct a reliable Monte Carlo estimator of ([eth]oef) and prove it to be logarithmically efficient in the rare event sense as [eth]oef arrow right infinity . (ProQuest: ... denotes formulae and/or non-USASCII text omitted; see image) Integral transforms of the lognormal distribution are of great importance in statistics and probability, yet closed-form expressions do not exist. A wide variety of methods have been employed to provide approximations, both analytical and numerical. In this paper, we analyse a closed-form approximation ... of the Laplace transform ... which is obtained via a modified version of Laplace's method. This approximation, given in terms of the Lambert W() function, is tractable enough for applications. We prove that ~(ðoeoef) is asymptotically equivalent to (ðoeoef) as ðoeoef [arrow right] ∞. We apply this result to construct a reliable Monte Carlo estimator of (ðoeoef) and prove it to be logarithmically efficient in the rare event sense as ðoeoef [arrow right] ∞. |
| Author | Rojas-Nandayapa, Leonardo Asmussen, Søren Jensen, Jens Ledet |
| Author_xml | – sequence: 1 givenname: Søren surname: Asmussen fullname: Asmussen, Søren organization: Department of Mathematics, Aarhus University – sequence: 2 givenname: Jens Ledet surname: Jensen fullname: Jensen, Jens Ledet organization: Department of Mathematics, Aarhus University – sequence: 3 givenname: Leonardo surname: Rojas-Nandayapa fullname: Rojas-Nandayapa, Leonardo email: l.rojasnandayapa@uq.edu.au organization: School of Mathematics and Physics, University of Queensland |
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| Cites_doi | 10.1007/978-1-4419-9473-8 10.1109/TVT.2006.878610 10.1080/03610928908830173 10.1115/1.3625776 10.1007/BF02124750 10.1017/CBO9780511619083 10.1109/TCOMM.2010.05.080640 10.1364/JOSA.66.000211 10.1017/S0334270000006901 10.1239/jap/1214950365 10.1641/0006-3568(2001)051[0341:LNDATS]2.0.CO;2 10.1109/TVT.2004.823494 10.1111/j.2517-6161.1963.tb00521.x 10.1007/978-0-387-69033-9 |
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| Keywords | Monte Carlo method Lambert W function 90-04 60E10 Rare event simulation Laplace’s method Lognormal distribution Characteristic function Efficiency Laplace transform Importance sampling Moment generating function 60E05 |
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| References | BeaulieuNCXieQAn optimal lognormal approximation to lognormal sum distributionsIEEE Trans Veh Technol200453247948910.1109/TVT.2004.823494 GubnerJAA new formula for lognormal characteristic functionsIEEE Trans Veh Technol20065551668167110.1109/TVT.2006.878610 AitchisonIBrownJACThe lognormal distribution with special reference to its uses in economics1957CambridgeCambridge University Press0081.14303 Asmussen S, Jensen JL, Rojas-Nandayapa L (2014) Exponential family techniques for the lognormal left tail. Research Report LeipnikRBOn lognormal random variables: I. the characteristic functionJ Aust Math Soc Ser B199132327347107946210.1017/S03342700000069010733.60033 BarakatRSums of independent lognormally distributed random variablesJ Opt Soc Am19766621121642347410.1364/JOSA.66.000211 Barouch E, Kaufman GM (1976) On sums of lognormal random variables. Working paper. A. P. Sloan School of Management, MIT HeydeCOn a property of the lognormal distributionJ Roy Stat Soc Ser B1963293923931713360114.33802 de Bruijn NG (1970) Asymptotic methods in analysis. Courier Dover Publications HolgatePThe lognormal characteristic functionCommun Stat-Theor Methods19891845394548104672610.1080/036109289088301730721.60012 Rojas-Nandayapa L (2008) Risk probabilities: asymptotics and simulation. Ph.D. thesis, Aarhus University AsmussenSGlynnPWStochastic simulation: algorithms and analysis2007New YorkSpringer-Verlag1126.65001 Butler RW (2007) Saddlepoint approximations with applications. Cambridge University Press CorlessRMGonnetGHHareDEGJeffreyDJKnuthDEOn the Lambert W functionAdv Comput Math19965329359141428510.1007/BF021247500863.65008 CrowELShimizuKLognormal distributions: theory and applications1988New YorkMarcel Dekker Inc.0644.62014 Johnson NL, Kotz S, Balakrishnan N (1994) Continuous univariate distributions, vol 1, 2nd edn. Wiley, New York Small CG (2013) Expansions and asymptotics for statistics. Chapman & Hall/CRC Dufresne D (2008) Sums of lognormals. In: Actuarial research conference proceedings LimpertEStahelWAAbbtMLog-normal distributions across the sciences: keys and cluesBioScience20015134135210.1641/0006-3568(2001)051[0341:LNDATS]2.0.CO;2 RossbergAGLaplace transforms or probability distributions and their inversions are easy on logarithmic scalesJ Appl Probab200845531541242684910.1239/jap/12149503651154.65004 JensenJLSaddlepoint approximations1994OxfordOxford Science Publications1274.62008 TellamburaCSeranarteDAccurate computation of the MGF of the lognormal distribution and its application to sum of lognormalsIEEE Trans Commun2010581568157710.1109/TCOMM.2010.05.080640 Abramowitz M, Stegun I (1964) Handbook of mathematical functions: with formulas, graphs, and mathematical tables. Applied mathematics series. Dover Publications Foss S, Korshunov D, Zachary S (2011) An introduction to heavy-tailed and subexponential distributions. Springer I Aitchison (9430_CR2) 1957 9430_CR4 S Asmussen (9430_CR3) 2007 9430_CR13 JL Jensen (9430_CR17) 1994 9430_CR1 NC Beaulieu (9430_CR7) 2004; 53 9430_CR18 R Barakat (9430_CR5) 1976; 66 EL Crow (9430_CR10) 1988 9430_CR11 JA Gubner (9430_CR14) 2006; 55 9430_CR12 9430_CR23 C Heyde (9430_CR15) 1963; 29 9430_CR21 E Limpert (9430_CR20) 2001; 51 AG Rossberg (9430_CR22) 2008; 45 P Holgate (9430_CR16) 1989; 18 9430_CR8 RM Corless (9430_CR9) 1996; 5 9430_CR6 RB Leipnik (9430_CR19) 1991; 32 C Tellambura (9430_CR24) 2010; 58 |
| References_xml | – reference: Asmussen S, Jensen JL, Rojas-Nandayapa L (2014) Exponential family techniques for the lognormal left tail. Research Report – reference: Butler RW (2007) Saddlepoint approximations with applications. Cambridge University Press – reference: JensenJLSaddlepoint approximations1994OxfordOxford Science Publications1274.62008 – reference: AsmussenSGlynnPWStochastic simulation: algorithms and analysis2007New YorkSpringer-Verlag1126.65001 – reference: BeaulieuNCXieQAn optimal lognormal approximation to lognormal sum distributionsIEEE Trans Veh Technol200453247948910.1109/TVT.2004.823494 – reference: CorlessRMGonnetGHHareDEGJeffreyDJKnuthDEOn the Lambert W functionAdv Comput Math19965329359141428510.1007/BF021247500863.65008 – reference: Small CG (2013) Expansions and asymptotics for statistics. Chapman & Hall/CRC – reference: LeipnikRBOn lognormal random variables: I. the characteristic functionJ Aust Math Soc Ser B199132327347107946210.1017/S03342700000069010733.60033 – reference: HeydeCOn a property of the lognormal distributionJ Roy Stat Soc Ser B1963293923931713360114.33802 – reference: Foss S, Korshunov D, Zachary S (2011) An introduction to heavy-tailed and subexponential distributions. 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