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EXPECTED VALUE

  • Expected value
  • Average value of a random variable

    expected value (also called expectation, mean, or first moment) is a generalization of the weighted average. Provided that it is finite, the expected

    Expected value

    Expected value

    Expected_value

  • Expected
  • Topics referred to by the same term

    Look up expected in Wiktionary, the free dictionary. Expected may refer to: Expectation (epistemic) Expected value Expected shortfall Expected utility

    Expected

    Expected

  • Expected goals
  • Performance metric in football and hockey

    player would be expected to score given the chances created, independent of whether those chances were actually converted. xG values are produced by statistical

    Expected goals

    Expected_goals

  • Expected value of perfect information
  • Decision theory term

    The expected value of perfect information analysis tries to measure the expected cost of that uncertainty, which “can be interpreted as the expected value

    Expected value of perfect information

    Expected_value_of_perfect_information

  • Expected value of sample information
  • In decision theory, the expected value of sample information (EVSI) is the expected increase in utility that a decision-maker could obtain from gaining

    Expected value of sample information

    Expected_value_of_sample_information

  • Expected value (disambiguation)
  • Topics referred to by the same term

    Expected value is a term used in probability theory and statistics. It may also refer to: Expectation value (quantum mechanics), the probabilistic expected

    Expected value (disambiguation)

    Expected_value_(disambiguation)

  • Expected shortfall
  • Risk measure estimating the average loss in the worst tail of the distribution

    "expected shortfall at q% level" is the expected return on the portfolio in the worst q % {\displaystyle q\%} of cases. ES is an alternative to value at

    Expected shortfall

    Expected_shortfall

  • Expected utility hypothesis
  • Concept in economics

    social behaviour. The expected utility hypothesis states an agent chooses between risky prospects by comparing expected utility values (i.e., the weighted

    Expected utility hypothesis

    Expected_utility_hypothesis

  • Value of information
  • Amount in information economics

    known expected value of perfect information (EVPI) and expected value of sample information (EVSI). Note that VoI is not necessarily equal to "value of decision

    Value of information

    Value_of_information

  • Expected value of including uncertainty
  • Concept in decision theory

    In decision theory and quantitative policy analysis, the expected value of including uncertainty (EVIU) is a measure that quantifies the potential benefit

    Expected value of including uncertainty

    Expected_value_of_including_uncertainty

  • Ergodicity economics
  • Theory that attempts to blend economics and ergodic theory

    instance, expected-utility theory was proposed in 1738 by Daniel Bernoulli as a way of modeling behavior which is inconsistent with expected-value maximization

    Ergodicity economics

    Ergodicity_economics

  • Expected return
  • Expected gain on a financial investment

    The expected return (or expected gain) on a financial investment is the expected value of its return (of the profit on the investment). It is a measure

    Expected return

    Expected_return

  • Expected commercial value
  • Prospect-weighted valuation method for assessing uncertain project outcomes

    Expected commercial value (ECV), also known as estimated commercial value, is a prospect-weighted value for a "project" with unclear conclusions; it is

    Expected commercial value

    Expected_commercial_value

  • Actuarial present value
  • Expected present value of life-contingent cash flows

    The actuarial present value (APV) is the expected value of the present value of future payments whose timing or amount depends on uncertain events such

    Actuarial present value

    Actuarial_present_value

  • Binomial distribution
  • Probability distribution

    a successful result, then the expected value of X is: E⁡[X]=np. This follows from the linearity of the expected value along with the fact that X is the

    Binomial distribution

    Binomial distribution

    Binomial_distribution

  • Net present value
  • Valuation in finance

    whether a planned activity is expected to create value. NPV works by converting future cash flows into their “present value,” recognising that money available

    Net present value

    Net_present_value

  • Expectation value (quantum mechanics)
  • Expected value of a quantum measurement

    In quantum mechanics, the expectation value is the probabilistic expected value of the result (measurement) of an experiment. It can be thought of as

    Expectation value (quantum mechanics)

    Expectation_value_(quantum_mechanics)

  • Law of large numbers
  • Averages of repeated trials converge to the expected value

    small number of observations will coincide with the expected value or that a streak of one value will immediately be "balanced" by the others . Throughout

    Law of large numbers

    Law of large numbers

    Law_of_large_numbers

  • Moran's I
  • Measure of spatial autocorrelation

    conclusions you make about a phenomenon, especially when using distances. The expected value of Moran's I under the null hypothesis of no spatial autocorrelation

    Moran's I

    Moran's I

    Moran's_I

  • Conditional expectation
  • Expected value of a random variable given that certain conditions are known to occur

    conditional expectation, conditional expected value, or conditional mean of a random variable is its expected value evaluated with respect to the conditional

    Conditional expectation

    Conditional_expectation

  • Geometric distribution
  • Probability distribution

    first equation and X {\displaystyle X} does not satisfy the second. The expected value and variance of a geometrically distributed random variable X {\displaystyle

    Geometric distribution

    Geometric distribution

    Geometric_distribution

  • Roulette
  • Casino game of chance

    The expected value of a $1 bet (except for the special case of top line bets), for American and European roulette, can be calculated as expected value=1n(36−n)=36n−1

    Roulette

    Roulette

    Roulette

  • St. Petersburg paradox
  • Paradox involving a game with repeated coin flipping

    sum grows without bound so the expected win is an infinite amount of money. Considering nothing but the expected value of the net change in one's monetary

    St. Petersburg paradox

    St._Petersburg_paradox

  • Law of total expectation
  • Proposition in probability theory

    e., the expected value of the conditional expected value of X {\displaystyle X} given Y {\displaystyle Y} is the same as the expected value of X {\displaystyle

    Law of total expectation

    Law_of_total_expectation

  • Q–Q plot
  • Comparison of two distributions

    quantile of the expected value of the order statistic of a standard normal distribution. More generally, Shapiro–Wilk test uses the expected values of the order

    Q–Q plot

    Q–Q plot

    Q–Q_plot

  • Exponential utility
  • Form of the utility function

    one over the domain of non-negative values for c. The reason for its irrelevance is that maximizing the expected value of utility u ( c ) = ( 1 − e − a c

    Exponential utility

    Exponential utility

    Exponential_utility

  • Q-value (statistics)
  • Statistical hypothesis testing measure

    the q-value in the Storey procedure provides a means to estimate the positive false discovery rate (pFDR). Just as the p-value gives the expected false

    Q-value (statistics)

    Q-value (statistics)

    Q-value_(statistics)

  • Martingale (betting system)
  • Gambling strategy where the amount is raised until a person wins or becomes insolvent

    8744%. The expected amount won is (1 × 0.978744) = 0.978744. The expected amount lost is (63 × 0.021256)= 1.339118. Thus, the total expected value for each

    Martingale (betting system)

    Martingale_(betting_system)

  • Law of the unconscious statistician
  • Theorem in probability and statistics

    unconscious statistician, or LOTUS, is a theorem which expresses the expected value of a function g(X) of a random variable X in terms of g and the probability

    Law of the unconscious statistician

    Law_of_the_unconscious_statistician

  • Cumulative distribution function
  • Probability that random variable X is less than or equal to x

    _{x\to +\infty }x(1-F_{X}(x))=0.} In addition, the (finite) expected value of the real-valued random variable X {\displaystyle X} can be defined on the

    Cumulative distribution function

    Cumulative distribution function

    Cumulative_distribution_function

  • Risk aversion
  • Economics theory

    individuals seek to maximise their expected utility rather than the expected monetary value of assets. In defining expected utility in this sense, the pair

    Risk aversion

    Risk aversion

    Risk_aversion

  • Von Mises–Fisher distribution
  • Probability distribution on a hyper-sphere of arbitrary dimension

    the expected value is: A p ( κ ) μ {\displaystyle A_{p}(\kappa ){\boldsymbol {\mu }}} . For κ = 0 {\displaystyle \kappa =0} , the expected value is at

    Von Mises–Fisher distribution

    Von_Mises–Fisher_distribution

  • Gambler's ruin
  • Concept in probability theory and gambling

    gambler's ruin is the fact that a gambler playing a game with non-positive expected value will eventually go bankrupt, regardless of their betting system. The

    Gambler's ruin

    Gambler's_ruin

  • Time to value
  • industries, but has value in the protection of personal and/or corporate data—in every industry. Time to value depends on how the expected benefit of a project

    Time to value

    Time_to_value

  • Deviation (statistics)
  • Difference between a variable's observed value and a reference value

    difference between an observed value and the true value of a quantity of interest (where true value denotes the Expected Value, such as the population mean)

    Deviation (statistics)

    Deviation (statistics)

    Deviation_(statistics)

  • Prophet inequality
  • Bound on optimal stopping in random sequences

    expected value of a decision-making process that handles a sequence of random inputs from known probability distributions, relative to the expected value

    Prophet inequality

    Prophet_inequality

  • Cost of delay
  • Financial measurement

    derivative of the total expected value with respect to time. Cost of Delay combines an understanding of value with how that value leaks away over time.

    Cost of delay

    Cost_of_delay

  • Two envelopes problem
  • Puzzle in logic and mathematics

    switching envelopes. On the other hand, a simple calculation using expected values suggests the opposite conclusion, that it is always beneficial to swap

    Two envelopes problem

    Two envelopes problem

    Two_envelopes_problem

  • Minimax
  • Decision rule used for minimizing the possible loss for a worst-case scenario

    making is being non-probabilistic: in contrast to decisions using expected value or expected utility, it makes no assumptions about the probabilities of various

    Minimax

    Minimax

  • Subjective expected utility
  • Concept in decision theory

    ( x i ) . {\displaystyle P(x_{i}).} The subjective expected utility is the resulting expected value of the utility: E [ u ( X ) ] = ∑ i u ( x i ) P ( x

    Subjective expected utility

    Subjective_expected_utility

  • Hadamard test
  • Technique in quantum computation

    Hadamard test is a method used to create a random variable whose expected value is the expected real part R e ⟨ ψ | U | ψ ⟩ {\displaystyle \mathrm {Re} \langle

    Hadamard test

    Hadamard_test

  • Martingale (probability theory)
  • Model in probability theory

    stochastic process in which the expected value of the next observation, given all prior observations, is equal to the most recent value. In other words, the conditional

    Martingale (probability theory)

    Martingale (probability theory)

    Martingale_(probability_theory)

  • Kelly criterion
  • Bet sizing formula for long-term growth

    maximizing the long-term expected value of the logarithm of wealth, which is equivalent to maximizing the long-term expected geometric growth rate. John

    Kelly criterion

    Kelly criterion

    Kelly_criterion

  • Loss function
  • Mathematical relation assigning a probability event to a cost

    on the expected value of the loss function; however, this quantity is defined differently under the two paradigms. We first define the expected loss in

    Loss function

    Loss function

    Loss_function

  • Risk aversion (psychology)
  • Concept in psychology

    with higher or equal expected value. Conversely, rejection of a sure thing in favor of a gamble of lower or equal expected value is known as risk-seeking

    Risk aversion (psychology)

    Risk_aversion_(psychology)

  • Expected loss
  • Calculation of financial risk

    Expected loss is the sum of the values of all possible losses, each multiplied by the probability of that loss occurring. In bank lending (homes, autos

    Expected loss

    Expected_loss

  • Pot odds
  • Poker term

    of winning a hand with a future card in order to estimate the call's expected value. The purpose of this is to statistically guide a player's decision between

    Pot odds

    Pot_odds

  • Optional stopping theorem
  • Theorem in probability theory

    under certain conditions, the expected value of a martingale at a stopping time is equal to its initial expected value. The concept can be understood

    Optional stopping theorem

    Optional_stopping_theorem

  • Multivariate random variable
  • Random variable with multiple component dimensions

    {\mathcal {R}}} denotes support of Y {\displaystyle \mathbf {Y} } . The expected value or mean of a random vector X {\displaystyle \mathbf {X} } is a fixed

    Multivariate random variable

    Multivariate random variable

    Multivariate_random_variable

  • Intrinsic value (finance)
  • Value calculated on simplified assumptions

    model. Expected value Look-through earnings Net realizable value Option (finance) § Basic decomposition Valuation of options § Intrinsic value Option

    Intrinsic value (finance)

    Intrinsic_value_(finance)

  • Geometric discrepancy
  • that the maximum discrepancy of an object is as small as possible. Expected-value discrepancy (also called Lebesgue-measure or continuous discrepancy):

    Geometric discrepancy

    Geometric_discrepancy

  • Paired difference test
  • Type of location test in statistical analysis

    two values in the pair, and εij is a random noise term that is independent across all data points. The constant values μ1, μ2 are the expected values of

    Paired difference test

    Paired_difference_test

  • Binomial options pricing model
  • Numerical method for the valuation of financial options

    value at the node. The steps are as follows: Under the risk neutrality assumption, today's fair price of a derivative is equal to the expected value of

    Binomial options pricing model

    Binomial_options_pricing_model

  • Gaussian function
  • Mathematical function

    probability density function of a normally distributed random variable with expected value μ = b and variance σ2 = c2. In this case, the Gaussian is of the form

    Gaussian function

    Gaussian_function

  • Von Neumann–Morgenstern utility theorem
  • Any individual whose preferences satisfy four axioms has a utility function

    the form of maximizing the expected value of some cardinal utility function. The theorem forms the foundation of expected utility theory. In 1947, John

    Von Neumann–Morgenstern utility theorem

    Von_Neumann–Morgenstern_utility_theorem

  • Convexity (finance)
  • Concept in mathematical finance

    in probability theory: the expected value of a convex function is greater than or equal to the function of the expected value: E [ f ( X ) ] ≥ f ( E [ X

    Convexity (finance)

    Convexity_(finance)

  • Standard deviation
  • Measure of variation in statistics

    This specific one is biased, meaning that its expected value in repeated sampling deviates from the true value, but it is still consistent. Its mean squared

    Standard deviation

    Standard deviation

    Standard_deviation

  • Log probability
  • Logarithm of probabilities, useful for calculations

    intuitive interpretation in terms of information theory: the negative expected value of the log probabilities is the information entropy of an event. Similarly

    Log probability

    Log_probability

  • Piling-up lemma
  • Principle used in linear cryptanalysis

    linear cryptanalysis. The lemma states that the bias (deviation of the expected value from 1/2) of a linear Boolean function (XOR-clause) of independent binary

    Piling-up lemma

    Piling-up_lemma

  • Probabilistic method
  • Nonconstructive method for mathematical proofs

    calculating the expected value of some random variable. If it can be shown that the random variable can take on a value less than the expected value, this proves

    Probabilistic method

    Probabilistic_method

  • Conditional mutual information
  • Information theory

    information is, in its most basic form, the expected value of the mutual information of two random variables given the value of a third. For random variables X

    Conditional mutual information

    Conditional mutual information

    Conditional_mutual_information

  • Additive smoothing
  • Statistical technique for smoothing categorical data

    observed data. From a Bayesian point of view, this corresponds to the expected value of the posterior distribution, using a symmetric Dirichlet distribution

    Additive smoothing

    Additive_smoothing

  • Three-point estimation
  • Technique used in management and information systems

    Estimates the expected value E(task) and the standard deviation SD(task) of this estimate for each task time Calculates the expected value for the total

    Three-point estimation

    Three-point_estimation

  • McDiarmid's inequality
  • Probability and computer science concept

    concentration inequality which bounds the deviation between the sampled value and the expected value of certain functions when they are evaluated on independent random

    McDiarmid's inequality

    McDiarmid's_inequality

  • Convex function
  • Real function with secant line between points above the graph itself

    a convex function applied to the expected value of a random variable is always bounded above by the expected value of the convex function of the random

    Convex function

    Convex function

    Convex_function

  • Variance
  • Statistical measure of how far values spread from their average

    far a set of numbers are spread out from their average value. It is defined as the expected value of the squared deviation from the mean of a random variable

    Variance

    Variance

    Variance

  • Gibbs sampling
  • Monte Carlo algorithm

    integral (such as the expected value of one of the variables). Typically, some of the variables correspond to observations whose values are known, and hence

    Gibbs sampling

    Gibbs_sampling

  • Estimator
  • Rule for calculating an estimate of a given quantity based on observed data

    error of θ ^ {\displaystyle {\widehat {\theta }}} is defined as the expected value (probability-weighted average, over all samples) of the squared errors;

    Estimator

    Estimator

  • Bernoulli distribution
  • Probability distribution modeling a coin toss which need not be fair

    {\displaystyle p} based on a random sample is the sample mean. The expected value of a Bernoulli random variable X {\displaystyle X} is E ⁡ [ X ] = p

    Bernoulli distribution

    Bernoulli distribution

    Bernoulli_distribution

  • Entropy (information theory)
  • Average uncertainty in variable's states

    "bans", or "hartleys". An equivalent definition of entropy is the expected value of the self-information of a variable. The concept of information entropy

    Entropy (information theory)

    Entropy_(information_theory)

  • Conditional variance
  • Variance of a random variable given value of other variables

    Recall that variance is the expected squared deviation between a random variable (say, Y) and its expected value. The expected value can be thought of as a

    Conditional variance

    Conditional_variance

  • Credit spread (options)
  • Investment strategy

    expected payout of the short option. Realized when the price of the underlying at expiration is in between the strikes of the options. Expected value

    Credit spread (options)

    Credit_spread_(options)

  • Stock
  • Shares into which ownership of the corporation is divided

    future value of the company; and that share prices of equities are priced efficiently, which is to say that they represent accurately the expected value of

    Stock

    Stock

    Stock

  • Risk
  • Possibility of something bad happening

    the value at risk. Risk is often measured as the expected value of the loss. This combines the probabilities and consequences into a single value. See

    Risk

    Risk

    Risk

  • Covariance and correlation
  • Concepts in probability and statistics

    tend to deviate from their expected values in similar ways. If X and Y are two random variables, with means (expected values) μX and μY and standard deviations

    Covariance and correlation

    Covariance_and_correlation

  • Time value of money
  • Better to receive money now than later

    their money now only if they expect a favorable net return on their investment in the future, such that the increased value to be available later is sufficiently

    Time value of money

    Time value of money

    Time_value_of_money

  • Value
  • Topics referred to by the same term

    valuable, value, value types, valued, or values in Wiktionary, the free dictionary. Wikiquote has quotations related to Value. Value or values may refer

    Value

    Value

  • Two-moment decision model
  • choose q so as to maximize the expected utility of profit: Maximize Eu(pq – c(q) – g), where E is the expected value operator, u is the firm's utility

    Two-moment decision model

    Two-moment_decision_model

  • Loss aversion
  • Aspect of decision and prospect theories

    aversion, which describes the rational behavior of valuing an uncertain outcome at less than its expected value. When defined in terms of the pseudo-utility

    Loss aversion

    Loss aversion

    Loss_aversion

  • Information gain (decision tree)
  • Gain from observing another random variable

    theory and machine learning, information gain refers to the conditional expected value of the Kullback–Leibler divergence of the univariate probability distribution

    Information gain (decision tree)

    Information_gain_(decision_tree)

  • Mean squared error
  • Measure of the error of an estimator

    difference between the estimated values and the true value. MSE is a risk function, corresponding to the expected value of the squared error loss. The fact

    Mean squared error

    Mean_squared_error

  • Yates's correction for continuity
  • Statistical method

    observed value and its expected value in a 2 × 2 contingency table. This reduces the chi-squared value obtained and thus increases its p-value. The effect

    Yates's correction for continuity

    Yates's_correction_for_continuity

  • Rational expectations
  • Economics concept

    this is typically modelled by assuming that the expected value of a variable is equal to the expected value predicted by the model. For example, suppose

    Rational expectations

    Rational_expectations

  • Value breakdown structure
  • Project management technique

    for the whole project or program. Similarly, a value breakdown structure will provide the expected value-added of each activity and/or component of the

    Value breakdown structure

    Value_breakdown_structure

  • Greatest common divisor
  • Largest integer that divides given integers

    greatest common divisor d is d−k/ζ(k). Using this information, the expected value of the greatest common divisor function can be seen (informally) to

    Greatest common divisor

    Greatest_common_divisor

  • Categorical distribution
  • Discrete probability distribution

    that, in the categorical distribution specifically, the expected value of seeing a particular value i is directly specified by the associated parameter pi

    Categorical distribution

    Categorical_distribution

  • Expected mean squares
  • In statistics, expected mean squares (EMS) are the expected values of certain statistics arising in partitions of sums of squares in the analysis of variance

    Expected mean squares

    Expected_mean_squares

  • Binomial test
  • Test of statistical significance

    p)=\Pr(X=k)={\binom {n}{k}}p^{k}(1-p)^{n-k}} . As we have observed a value greater than the expected value, we could consider the probability of observing 51 6s or

    Binomial test

    Binomial_test

  • Generalized linear model
  • Class of statistical models

    predicts the expected value of a given unknown quantity (the response variable, a random variable) as a linear combination of a set of observed values (predictors)

    Generalized linear model

    Generalized_linear_model

  • Beta distribution
  • Probability distribution

    its expected value: ln ⁡ G X = E ⁡ [ ln ⁡ X ] {\displaystyle \ln G_{X}=\operatorname {E} [\ln X]} For a beta distribution, the expected value integral

    Beta distribution

    Beta distribution

    Beta_distribution

  • Expectiminimax
  • Variation of the minimax algorithm

    this variant has "chance" ("move by nature") nodes, which take the expected value of a random event occurring. In game theory terms, an expectiminimax

    Expectiminimax

    Expectiminimax

  • Fixed-odds betting
  • Form of gambling

    fixed-odds arbitrage actions and Dutch books. When a bet has a positive expected value, it is said to be getting "the best of it." In contrast, "laying odds"

    Fixed-odds betting

    Fixed-odds_betting

  • Full width at half maximum
  • Concept in statistics and wave theory

    {(x-x_{0})^{2}}{2\sigma ^{2}}}\right]} where σ is the standard deviation and x0 is the expected value, then the relationship between FWHM and the standard deviation is F

    Full width at half maximum

    Full width at half maximum

    Full_width_at_half_maximum

  • Hoeffding's inequality
  • Probabilistic inequality applying on sum of bounded random variables

    that the sum of bounded independent random variables deviates from its expected value by more than a certain amount. Hoeffding's inequality was proven by

    Hoeffding's inequality

    Hoeffding's_inequality

  • Metamorphic testing
  • Software testing technique

    difficulty of determining the expected outcomes of selected test cases or to determine whether the actual outputs agree with the expected outcomes. Metamorphic

    Metamorphic testing

    Metamorphic_testing

  • Moment (mathematics)
  • Measure of the shape of a function

    function is a probability distribution, then the first moment is the expected value, the second central moment is the variance, the third standardized moment

    Moment (mathematics)

    Moment_(mathematics)

  • Poker
  • Card game

    voluntarily by a player who either believes the bet has a positive expected value or who is trying to bluff other players for various strategic reasons

    Poker

    Poker

    Poker

  • Conditional entropy
  • Measure of relative information in probability theory

    because limθ→0+θlog⁡θ=0. Intuitively, notice that by definition of expected value and of conditional probability, H(Y|X) can be written as H(Y|X)=𝔼[f(X

    Conditional entropy

    Conditional entropy

    Conditional_entropy

  • Mixed Poisson distribution
  • Compound probability distribution

    then P⁡(X=k)=∫0∞qλ(k)π(λ)dλ. The variance is always bigger than the expected value. This property is called overdispersion. This is in contrast to the

    Mixed Poisson distribution

    Mixed_Poisson_distribution

  • Continuity correction
  • Approximation in mathematics

    x+1/2)} where Y is a normally distributed random variable with the same expected value and the same variance as X, i.e., E(Y) = np and var(Y) = np(1 − p).

    Continuity correction

    Continuity_correction

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