Uses of Classedu.uah.math.experiments.Experiment

Packages that use Experiment
edu.uah.math.experiments
edu.ucla.stat.SOCR.experiments
edu.ucla.stat.SOCR.util

Uses of Experiment in edu.uah.math.experiments

Subclasses of Experiment in edu.uah.math.experiments
` class` `BallotExperiment`
This class implements the classical ballot experiment: the winner has a specified number of votes and the loser has a specified, smaller number of votes.
` class` `BertrandExperiment`
Betrand's experiment is to create a random chord on the unit circle and see if the lenght of this chord is longer thant the length of a side of the inscribed triangle.
` class` `BetaCoinExperiment`
This class models the beta coin experiment.
` class` `BetaEstimateExperiment`
This class models the point estimation problem of the beta distribution.
` class` `BinomialCoinExperiment`
This experiment consists of tossing n coins, each with probability of heads p.
` class` `BinomialTimelineExperiment`
This class implements the binomial experiment.
` class` `BirthdayExperiment`
This class models the birthday experiment: a sample of a specified size is chosen with replacement from a population of a specified size.
` class` `BivariateNormalExperiment`
This experiment generates a point (X, Y) from a bivariate normal distribution with mean (0, 0).
` class` `BivariateUniformExperiment`
This class models a bivariate uniform experiment.
` class` `BuffonCoinExperiment`
Buffon's coin experiment consists of tossing a coin on a floor covered in square tiles.
` class` `BuffonNeedleExperiment`
Buffon's needle experiment consists of dropping a needle on a wooden floor.
` class` `CardExperiment`
The card experiment consists of drawing a sample of cards, without replacement, form a standard deck.
` class` `ChiSquareFitExperiment`
This class models a chi-square Goodness of fit experiment in terms of dice.
` class` `ChuckALuckExperiment`
This class models the classic chuck-a-luck experiment that consists of rolling three dice.
` class` `CoinDieExperiment`
The coin-die experiment consists of tossing a coin, and then rolling one of two dice, depending on the value of the coin.
` class` `CoinSampleExperiment`
This class models a basic experiment that tosses n coins, generating a random sample from the Bernoulli distribution.
` class` `CoinTossLawOfLargeNumbersExperiment`
This experiment consists of tossing n coins, each with probability of heads p.
` class` `CouponCollectorExperiment`
The coupon collector experiment consists of selecting a sampling, with replacement from a finite population.
` class` `CrapsExperiment`
This class simulates the basic casino craps game.
` class` `DiceExperiment`
This class models a basic experiment that consists of rolling n dice.
` class` `DiceSampleExperiment`
This class models a simple experiment that consists of rolling n dice, thus sampling from the underlying die distribution.
` class` `DieCoinExperiment`
The die-coin experiment consists of rolling a die, and then tossing a coin the number of times shown on the die.
` class` `EstimateExperiment`
This class defines a basic experiment to illustrate point estimates of a parameter.
` class` `ExponentialTimesCarExperiment`
This class models the Times between Cars driving on a highway.
` class` `FiniteOrderStatisticExperiment`
This class models the experiment of selecting a sample of a specified size (without replacement) from from the population 1, 2, ..., m.
` class` `FireExperiment`
This class models the fire experiment.
` class` `GaltonBoardExperiment`
This class models the classical Galton board experiment, illustrating the binomial distribution.
` class` `GammaEstimateExperiment`
This class models the point estimation exerpiment for the gamma distribution.
` class` `GammaExperiment`
This class models the gamma distribution in terms of the arrival times of a Poisson process.
` class` `LLN_SimpleExperiment`
This experiment consists of tossing n coins, each with probability of heads p.
` class` `MarkovChainExperiment`
This class models a basic Markov chain with state space {0, 1, ..., n}.
` class` `MatchExperiment`
This class models the matching experiment.
` class` `MeanEstimateExperiment`
This class models the interval estimation experiment in the standard normal model.
` class` `MeanTestExperiment`
This class models the hypothesis test experiment in the standard normal model.
` class` `MontyHallExperiment`
This class models the famous Monty Hall experiment.
` class` `NegativeBinomialExperiment`
This class models the negative binomial experiment; the random variable of interest is the number of trials until a specified number of successes.
` class` `NormalEstimateExperiment`
This class models the point estimation problem associated with the normal distribution.
` class` `OrderStatisticExperiment`
This experiment illustrates the distribution of the order statistic corresponding to a specified distribution and a specified order.
` class` `ParetoEstimateExperiment`
This class models the point estimation problem of the Pareto distribution.
` class` `PointExperiment`
This class models the famous problem of points experiment.
` class` `Poisson2DExperiment`
This class models the 2 dimensional Poisson process.
` class` `PoissonExperiment`
This class models the number of arrivals in an interval of a specified size for the Poisson process with a specified rate.
` class` `PoissonSplitExperiment`
This class models the two-type Poisson experiment.
` class` `PokerDiceExperiment`
The poker dice exeperiment consists of rolling 5 dice.
` class` `PokerExperiment`
This class models the experiment of dealing a standard 5-card poker hand.
` class` `ProbabilityPlotExperiment`
This class models the probability plot experiment.
` class` `ProportionEstimateExperiment`
This class models the experiment of estimating the probability of success in the Bernoulli trials model.
` class` `ProportionTestExperiment`
This class models the hypothesis testing experiment for the probability of success in the Bernoulli trials model.
` class` `RandomVariableExperiment`
This is a basic experiment for simulating the values from a number of distributions.
` class` `RandomWalkExperiment`
This class models the simple random walk on the time interval [0, 2n].
` class` `RedBlackExperiment`
This class models the red and black experiment.
` class` `RouletteExperiment`
This class models the casino roulette experiment.
` class` `SampleMeanExperiment`
This class models the sample mean experiment.
` class` `SamplingDistributionExperiment`
A Sampling Distribution and CLT Experiment
` class` `SignTestExperiment`
This class models the sign test experiment.
` class` `SpinnerExperiment`
This experiment spins a spinner (the number of divisions is specified by the user) and records the value of each spin.
` class` `TriangleExperiment`
The triangle experiment is to break a stick at random and see if the pieces form an acute triangle, an obtuse triangle, or no triangle at all.
` class` `Uniform_E_EstimateExperiment`
This class models the point estimation problem associated with the Uniform distribuiton on the interval [0, 1].
` class` `UniformEstimateExperiment`
This class models the point estimation problem associated with the uniform distribuiton on the interval [0, a].
` class` `UrnExperiment`
This class defines a basic experiment based on drawing balls from an urn.
` class` `VarianceEstimateExperiment`
The experiment is to select a random sample of size n from a specified distribution, and then to construct an approximate confidence interval for the standard deviation at a specified confidence level.
` class` `VarianceTestExperiment`
This class models the hypothesis testing experiment for the variance in the standard normal model.
` class` `VoterExperiment`
This class models the voter experiment.

Uses of Experiment in edu.ucla.stat.SOCR.experiments

Subclasses of Experiment in edu.ucla.stat.SOCR.experiments
` class` `SimulationResampleExperiment`
The card experiment consists of drawing a sample of cards, without replacement, form a standard deck.

Uses of Experiment in edu.ucla.stat.SOCR.util

Constructors in edu.ucla.stat.SOCR.util with parameters of type Experiment
`SamplingExperimentMainFrame(Experiment _applet)`