THE WOLFRAM SOLUTION FOR
NEXT STEPS
Visit our statistics page to find out how to incorporate Mathematica into your daily work and research.
STATISTICS
KEY RESOURCES INCLUDE:
Free Trial
Free Online Seminars
Online or Onsite
Technical Demonstrations
Full Mathematica Documentation, with More Than
100,000 Examples, “How tos,” and Tutorials
Video Screencasts
Books and Articles
www.wolfram.com/statistics
“ Being able to combine the generation of airplane
trajectories with the statistics related to them in such
a very small package is amazing.
”
– Mike Ulrey
Advanced Air Traffic Management
Boeing
QUESTIONS?
WOLFRAM RESEARCH, INC.
WOLFRAM RESEARCH EUROPE LTD.
Contact us and let us work with
you to find the right solution for
your computational needs.
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FOR MORE INFORMATION
www.wolfram.com/statistics
Pull in your data or ours, do standardized or custom analysis and visualization,
then generate and deploy interactive reports—all in one system, with one
integrated workflow.
WHO USES WOLFRAM TECHNOLOGY?
Some of the most important institutions in the
industry, including:
• The Institute of Statistical Mathematics
• Deutsche Bank AG
The Mathematica® statistics solution includes powerful optimization and
statistics functionality alongside unique capabilities like free-form linguistic
input, instant interactivity, and the reliability of any-precision numerics and
symbolic analysis.
• Federal Reserve Board
• Goldman Sachs
• Allstate Insurance
• Bank of America
• Bloomberg
KEY CAPABILITIES
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omplete statistical analysis workflow, from data import to analysis
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to visualization and deployment, in one system
ore statistical distributions than any other system, with specialized
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coverage for finance, medicine, engineering, and science
efine new distributions from data, formulas, or other distributions,
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including copulas, mixtures, order statistics, censoring, truncation,
transforms, and kernel density estimates
• Citigroup
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F it and analyze parametric models of data, including linear, nonlinear,
logit, probit, and generalized linear models
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utomatically compute the probability of any event and the
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expectation of any expression for univariate and multivariate
distributions
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goodness of fit, location, and scale using automated test
Test
selection or by choosing specific parametric or nonparametric tests
Fit, test, and describe properties of data
Work with a wide variety of built-in standard charts and graphs,
including pie and bar charts, paired histograms, box whisker charts,
radar plots, quantile plots, and more
WHAT EXPERTS ARE SAYING
“With other languages I think we would
Seamlessly import and export data in hundreds of formats
spend weeks on simply the production
F ree-form linguistic input produces immediate results with no
need for syntax
of the graphics or the computation of the
differential equations or the drawing of
uilt-in access to Wolfram | Alpha’s® continually updated computable
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data, such as financial data, weather data, and more
random distributions, and Mathematica is
a seamless environment in which we can
Typeset publication-quality reports with graphics and fully
interactive GUIs
put this all together in a reasonable time.”
reate interactive content in the CDF format, and immediately
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deploy it to the free Wolfram CDF Player™ as slide shows, reports,
books, applications, and web objects
–Seth Chandler
Professor of Law
University of Houston
WAYS TO USE
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P erform Monte Carlo simulations, bootstrap analysis, estimate
probabilities, and more for pricing options and other
finance applications
“Our error rate, in terms of sending
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etermine insights by analyzing current and historical built-in
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financial, socioeconomic, geographic, and demographic data
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S olve day-to-day optimization problems in many diverse fields
such as production, supply chain management, engineering design,
finance, and more using built-in or user-defined routines
decreased by four orders of magnitude. So
we used to have 10 to 15 errors a day in our
btain continuous-time equivalents of discrete-time systems for
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analysis and design
reate interactive applications, reports, and presentations
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for instant deployment through Mathematica technologies
like webMathematica™ by choosing specific parametric or
nonparametric tests
laboratory. Now, it’s two or three every
Visualizations of different distribution functions, such as PDF, CDF, survival function,
and cumulative hazard functions.
Arcsin
Bates
Beckmann
Benford
Benini
Benktander–Gibrat
Benktander–Weibull
Bernoulli
Beta
Beta Binomial
Beta Negative Binomial
Beta Prime
Binomial
Binormal
Birnbaum–Saunders
Borel–Tanner
Cauchy
Censored
Chi
Chi-square
Clayton Copula
Copula
Dagum
Davis
Dirichlet
Discrete Uniform
Erlang
Exponential
Exponential Gamma
Exponential Power
Extreme Value
Fisher Hypergeometric
Fisher-Z
Frank Copula
F-Ratio
Frechet
Gamma
Gaussian Copula
Gaussian Mixture
Geometric
Gompertz–Makeham
Gumbel
Gumbel Copula
Half-Normal
Hotelling T-Square
Hoyt
Hyperbolic
Hypergeometric
Inverse Chi-Square
Inverse Gamma
Inverse Gaussian
Johnson
K
Kumaraswamy
Landau
Laplace
Levy
Lindley
Log Gamma
Logistic
Log Logistic
Log Normal
Log Series
Marginal
Max Stable
Maxwell
Min Stable
Mixture
Moyal
Multinomial
Multinormal
Multivariate Hypergeometric
Multivariate Poisson
Multivariate T
Nakagami
Negative Binomial
Negative Multinomial
Noncentral Beta
Noncentral Chi-Square
Noncentral F-Ratio
Noncentral Student-T
Normal
Order
Parameter Mixture
Pareto I
Pareto II
Pareto III
Pareto IV
Pascal
Pearson
PERT
Poisson
Poisson–Consul
Polya–Aeppli
Power
Probability
Product
Rayleigh
Rice
Sech
Singh–Maddala
Skellam
Skew Normal
Stable
Student T
Suzuki
T-Copula
Transformed
Triangular
Truncated
Tukey Lambda
Uniform
Uniform Sum
Von Mises
Wakeby
Wallenius Hypergeometric
Waring–Yule
Weibull
Wigner Semicircle
Zipf
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incorrect results to our clients, has
S tudy public health statistics, voting patterns, consumer spending
data, and more for predictive modeling
Mathematica 8
MATLAB
Maple
R
SAS
S-Plus
Stata
Mathematica supports more statistical distributions than any other system
year, and that’s a big advantage.”
–George Woodrow III
Research Specialist
Quest Diagnostics