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Linear function of explanatory variables used to predict a dependent variable
In statistics and in machine learning, a linear predictor function is a linear function (linear combination) of a set of coefficients and explanatory variables
Linear_predictor_function
Statistical modeling method
variable. In linear regression, the relationships are modeled using linear predictor functions whose unknown model parameters are estimated from the data. Most
Linear_regression
Class of statistical models
observed values (predictors). This implies that a constant change in a predictor leads to a constant change in the response variable (i.e. a linear-response model)
Generalized_linear_model
Algorithm for supervised learning of binary classifiers
classification algorithm that makes its predictions based on a linear predictor function combining a set of weights with the feature vector. The artificial
Perceptron
Statistical model for a binary dependent variable
generalized linear model, which predicts variables with various types of probability distributions by fitting a linear predictor function of the above
Logistic_regression
Regression for more than two discrete outcomes
techniques, is to construct a linear predictor function that constructs a score from a set of weights that are linearly combined with the explanatory
Multinomial logistic regression
Multinomial_logistic_regression
Type of statistical model
linear model Generalized linear model Linear predictor function Linear system Linear regression Statistical model Priestley, M.B. (1988) Non-linear and
Linear_model
Measurable property or characteristic
such as linear regression. Feature vectors are often combined with weights using a dot product in order to construct a linear predictor function that is
Feature_(machine_learning)
Method used in statistics, pattern recognition, and other fields
Linear discriminant analysis (LDA), normal discriminant analysis (NDA), canonical variates analysis (CVA), or discriminant function analysis is a generalization
Linear_discriminant_analysis
denoted the linear predictor function. It is generally assumed that the modeled relationship is monotone convex (delivering monotone convex function) or monotone
Response_modeling_methodology
Overview of and topical guide to machine learning
Learnable function class Least squares support vector machine Leslie P. Kaelbling Linear genetic programming Linear predictor function Linear separability
Outline_of_machine_learning
Statistical model
statistics, a generalized linear mixed model (GLMM) is an extension to the generalized linear model (GLM) in which the linear predictor contains random effects
Generalized linear mixed model
Generalized_linear_mixed_model
Linear regression model with a single explanatory variable
finds a linear function (a non-vertical straight line) that, as accurately as possible, predicts the dependent variable values as a function of the independent
Simple_linear_regression
Categorization of data using statistics
product. The predicted category is the one with the highest score. This type of score function is known as a linear predictor function and has the following
Statistical_classification
Statistics models class
is a generalized linear model in which the linear response variable depends linearly on unknown smooth functions of some predictor variables, and interest
Generalized_additive_model
Mathematical operation that predicts future values of a discrete-time signal
Linear prediction is a mathematical operation where future values of a discrete-time signal are estimated as a linear function of previous samples. In
Linear_prediction
Advanced method of process control
satisfying a set of constraints. Model predictive controllers rely on dynamic models of the process, most often linear empirical models obtained by system
Model_predictive_control
Digital circuit
conditional jump can be predicted easily with a simple counter. A loop predictor is part of a hybrid predictor where a meta-predictor detects whether the
Branch_predictor
Least squares approximation of linear functions to data
Linear least squares (LLS) is the least squares approximation of linear functions to data. It is a set of formulations for solving statistical problems
Linear_least_squares
System where changes of output are not proportional to changes of input
known linear functions appear in the equations. In particular, a differential equation is linear if it is linear in terms of the unknown function and its derivatives
Nonlinear_system
Artificial neural network node function
performance, activation functions also have different mathematical properties: Nonlinear When the activation function is non-linear, then a two-layer neural
Activation_function
Type of statistical model
the Level 2 predictor. γ 01 {\displaystyle \gamma _{01}} and γ 11 {\displaystyle \gamma _{11}} refer to the effect of the Level 2 predictor on the Level
Multilevel_model
Method for estimating the unknown parameters in a linear regression model
coefficients) and the predictor variables. Note that this assumption is much less restrictive than it may at first seem. Because the predictor variables are treated
Ordinary_least_squares
Topics referred to by the same term
fitting a tangent to the graph and extending the line Linear predictor function, a linear function (linear combination) of a set of coefficients and explanatory
Linear_(disambiguation)
Smooth approximation of one-hot arg max
discriminant analysis, the input to the function is the result of K distinct linear functions, and the predicted probability for the jth class given a sample
Softmax_function
Mathematical model for stochastic processes
response variable to a linear predictor, which in case of GFLM is obtained by forming the scalar product of the random predictor function X {\displaystyle X}
Generalized functional linear model
Generalized_functional_linear_model
Statistical model for count data
models are generalized linear models with the logarithm as the (canonical) link function, and the Poisson distribution function as the assumed probability
Poisson_regression
Linear optimal control technique
dynamics are described by a set of linear differential equations and the cost is described by a quadratic function is called the LQ problem. One of the
Linear–quadratic_regulator
Moving average and polynomial regression method for smoothing data
intended for smoothing scatterplots. This implements local linear fitting with a single predictor variable, and also introduces robustness downweighting to
Local_regression
Method of statistical analysis
of y i {\displaystyle y_{i}} given a k × 1 {\displaystyle k\times 1} predictor vector x i {\displaystyle \mathbf {x} _{i}} : y i = x i T β + ε i , {\displaystyle
Bayesian_linear_regression
Indicator for how well data points fit a line or curve
rather a measure of how good a predictor might be constructed from the modeled values (by creating a revised predictor of the form α + βƒi). According
Coefficient_of_determination
Study of mathematical algorithms for optimization problems
of linear or convex quadratic programming. Linear programming (LP), a type of convex programming, studies the case in which the objective function f is
Mathematical_optimization
Process of calculating the causal factors that produced a set of observations
the components of the unknown function but only in sub-unknowns that are the images of the unknown function by a linear operator. These approaches are
Inverse_problem
Approximation method in statistics
least squares, depending on whether or not the model functions are linear in all unknowns. The linear least-squares problem occurs in statistical regression
Least_squares
Flaw in mathematical modelling
training data for y can be adequately predicted by a linear function of two independent variables. Such a function requires only three parameters (the intercept
Overfitting
Family of functions to transform data
technique used to assess and correct non-linearity between predictor variables and the logit in a generalized linear model, particularly in logistic regression
Power_transform
Statistical modeling technique
estimates the conditional mean of the response variable across values of the predictor variables, quantile regression estimates the conditional median (or other
Quantile_regression
Regression models accounting for possible errors in independent variables
}}_{x}} is a consistent estimator of the parameter required for a best linear predictor of y {\displaystyle y} given the observed x t {\displaystyle x_{t}}
Errors-in-variables_model
Type of shift register in computing
linear-feedback shift register (LFSR) is a shift register whose input bit is a linear function of its previous state. The most commonly used linear function
Linear-feedback shift register
Linear-feedback_shift_register
Set of statistical processes for estimating the relationships among variables
regression, regression in which the predictor variables are measured with error, regression with more predictor variables than observations, and causal
Regression_analysis
Loss function in machine learning
"raw" output of the classifier's decision function, not the predicted class label. For instance, in linear SVMs, y = w ⋅ x + b {\displaystyle y=\mathbf
Hinge_loss
Fundamental principle of physics
response (X + Y). A function F ( x ) {\displaystyle F(x)} that satisfies the superposition principle is called a linear function. Superposition can be
Superposition_principle
Statement about a future event
A functional form, often linear, is hypothesized for the postulated causal relationship, and the parameters of the function are estimated from the data—that
Prediction
Statistical concept
correlation is a measure of how well a given variable can be predicted using a linear function of a set of other variables. It is the correlation between
Coefficient of multiple correlation
Coefficient_of_multiple_correlation
Measure of linear correlation
{\hat {Y}})^{2}} is the proportion of variance in Y explained by a linear function of X. In the derivation above, the fact that ∑ i ( Y i − Y ^ i ) (
Pearson correlation coefficient
Pearson_correlation_coefficient
Mathematical description of quantum state
advantages to understanding wave functions as representing elements of an abstract vector space: All the powerful tools of linear algebra can be used to manipulate
Wave_function
Measure of the error of an estimator
the standard error. The MSE either assesses the quality of a predictor (i.e., a function mapping arbitrary inputs to a sample of values of some random
Mean_squared_error
Numerical measure of a statistical relationship between variables
coefficient is a numerical measure of some type of linear correlation, meaning a linear function between two variables. The variables may be two columns
Correlation_coefficient
Diagnostic plot of binary classifier ability
Note that the output of a consistently bad predictor could simply be inverted to obtain a good predictor. Consider four prediction results from 100 positive
Receiver operating characteristic
Receiver_operating_characteristic
Smooth function in statistics
variance in their errors, at every predictor level. This assumption works well when the response variable and the predictor variable are jointly normal. As
Variance_function
Mathematical relation assigning a probability event to a cost
applied using linear regression theory, which is based on the quadratic loss function. The quadratic loss function is also used in linear-quadratic optimal
Loss_function
Function related to statistics and probability theory
A likelihood function (often simply called the likelihood) measures how well a statistical model explains observed data by calculating the probability
Likelihood_function
Statistical measure in mathematical model
that predictor variable is 2.3 times larger than if that predictor variable had 0 correlation with the other predictor variables. vif function in the
Variance_inflation_factor
Mathematical function conceived as a crude model
they may also take the form of other nonlinear functions, piecewise linear functions, or step functions. They are also often monotonically increasing,
Artificial_neuron
In regression analysis, an interval predictor model (IPM) is an approach to regression where bounds on the function to be approximated are obtained. This
Interval_predictor_model
occurs if the predictor (or a linear combination of some subset of the predictors) is associated with only one outcome value when the predictor range is split
Separation_(statistics)
Non-linear regression method
in the context of link equation choice. If a power of a fitted mean/linear predictor is used as a covariate and it results in a better model than the same
Beta_regression
Loss function used in robust regression
\right),&{\text{otherwise.}}\end{cases}}} This function is quadratic for small values of a, and linear for large values, with equal values and slopes
Huber_loss
Type of feedforward neural network
with nonlinear activation functions, organized in layers, notable for being able to distinguish data that is not linearly separable. Modern neural networks
Multilayer_perceptron
Statistical estimation technique
x_{ij}\}_{i=1,\dots ,n,j=2,\dots ,k}} on n statistical units with k − 1 predictor values and one response value each. The response values are placed in
Generalized_least_squares
Type of artificial neural network
basis function network is an artificial neural network that uses radial basis functions as activation functions. The output of the network is a linear combination
Radial_basis_function_network
Method for model fitting in statistics
squares (WLS), also known as weighted linear regression, is a generalization of ordinary least squares and linear regression in which knowledge of the
Weighted_least_squares
Concept in mathematical modeling, statistical modeling and experimental sciences
Depending on the context, an independent variable is sometimes called a "predictor variable", "regressor", "covariate", "manipulated variable", "explanatory
Dependent and independent variables
Dependent_and_independent_variables
Algorithms for solving convex optimization problems
where f is a convex function and G is a convex set. Without loss of generality, we can assume that the objective f is a linear function. Usually, the convex
Interior-point_method
Concept in statistical analysis
b {\displaystyle y=mx+b} x {\displaystyle x} : independent variable (predictor) y {\displaystyle y} : dependent variable (outcome) m {\displaystyle m}
Bivariate_analysis
Machine learning paradigm
non-linearities. If each of the features makes an independent contribution to the output, then algorithms based on linear functions (e.g., linear regression
Supervised_learning
Statistics concept
as a statistical estimation problem it is linear, in the sense that the regression function E(y | x) is linear in the unknown parameters that are estimated
Polynomial_regression
Approximation method in statistics
a function of constants, the independent variable and the parameters, so it changes from one iteration to the next. Thus, in terms of the linearized model
Non-linear_least_squares
Fitting an approximating function to data
number of parameters of the function to obtain the 'best' fit. In the case that the smoothed values can be written as a linear transformation of the observed
Smoothing
Inferential psychometric model
probability of response is related to a linear combination of predictors by means of a sigmoid link function (e.g. probit, logit, etc.). Depending on
Psychometric_function
Technique in quantum chemistry
orbitals are thus expressed as linear combinations of basis functions, and the basis functions are single-electron functions which may or may not be centered
Linear combination of atomic orbitals
Linear_combination_of_atomic_orbitals
Category of regression analysis
deterministic function. Linear regression is a restricted case of nonparametric regression where m ( x ) {\displaystyle m(x)} is assumed to be a linear function of
Nonparametric_regression
Statistical measure of fit
as a measure for goodness of fit and when a likelihood function is used to fit a model. In linear regression, the squared multiple correlation, R2 is used
Pseudo-R-squared
Type of data analysis
variables. Unlike logit models, log-linear models do not distinguish between categories of variables. Probit models function similarly to logit models due to
Multivariate logistic regression
Multivariate_logistic_regression
quasi-linearization, which is the approximation of the non-linear system under investigation by a linear time-invariant (LTI) transfer function that depends
Describing_function
Non-parametric regression technique
produced a kink in the predicted y to take into account non-linearity. The kink is produced by hinge functions. The hinge functions are the expressions starting
Multivariate adaptive regression spline
Multivariate_adaptive_regression_spline
Linear dependency situation in a regression model
the collinearity of the predictor variables. Perfect multicollinearity refers to a situation where the predictors are linearly dependent (one can be written
Multicollinearity
Four-stage model of physiological responses to sexual stimulation
sexual response was a good predictor of women's sexual functioning (and dysfunction), while the circular model was a poor predictor. Once they modified the
Human_sexual_response_cycle
Statistical relationship
sensitive only to a linear relationship between two variables (which in turn may be present even when one variable is a nonlinear function of the other). Other
Correlation
Statistical model validation technique
missed a critical predictor and/or included a confounded predictor. New evidence is that cross-validation by itself is not very predictive of external validity
Cross-validation_(statistics)
Specialized form of regression analysis, in statistics
("prior arrest" = 0), then summed to yield a predictor score, which was shown to be a useful predictor of parole success. Samuel S. Wilks (1938) showed
Robust_regression
Statistical technique to aid interpretation of data
Linear trend estimation is a statistical technique used to analyze data patterns. Data patterns, or trends, occur when the information gathered tends to
Linear_trend_estimation
Class of algorithms for pattern analysis
avoids the explicit mapping that is needed to get linear learning algorithms to learn a nonlinear function or decision boundary. For all x {\displaystyle
Kernel_method
Prediction model used in Engineering
Quantity of Interest (QoI). Construct the surrogate: One uses the GEK predictor equations to construct the surrogate conditional on the obtained observations
Gradient-enhanced_kriging
Generates a forecast of future values of a time series
b_{t}} as the sequence of best estimates of the linear trend. The use of the exponential window function is first attributed to Poisson as an extension
Exponential_smoothing
Narrowband analog-to-digital conversion
sampling instant is predicted according to a linear function of the past values of the quantized signals. APC is related to linear predictive coding (LPC) in
Adaptive_predictive_coding
Process of using data analysis for predicting population data from sample data
datasets are generated by 'simple' random sampling. The family of generalized linear models is a widely used and flexible class of parametric models. Non-parametric:
Statistical_inference
Type of artificial neural network
layer with linear activation functions. It was trained by the least squares method for minimising mean squared error, also known as linear regression
Feedforward_neural_network
Concept in statistical mathematics
Segmented linear regression is segmented regression whereby the relations in the intervals are obtained by linear regression. Segmented linear regression
Segmented_regression
Method of estimating the parameters of a statistical model, given observations
conditions of the likelihood function can be solved analytically; for instance, the ordinary least squares estimator for a linear regression model maximizes
Maximum_likelihood_estimation
Type of differential equation
PDE is called linear if it is linear in the unknown and its derivatives. For example, for a function u of x and y, a second order linear PDE is of the
Partial_differential_equation
Method of machine learning
to update the best predictor for future data at each step, as opposed to batch learning techniques which generate the best predictor by learning on the
Online_machine_learning
Function valued in a vector space; typically a real or complex one
{\displaystyle \mathbf {r} (t)=\langle f(t),g(t)\rangle } In the linear case the function can be expressed in terms of matrices: y = A x , {\displaystyle
Vector-valued_function
Machine learning technique
value predicted by each constituent method, and λ {\displaystyle \lambda } is a coefficient representing each model's variation for a certain predictor variable
Predictive_learning
Branch of statistics mathematics
classical functional linear regression models (FLMs) still involve a linear predictor, but combine it with a nonlinear link function, analogous to the idea
Functional_data_analysis
Concept in statistics
the relationship between a linear predictor and a parameter of the distribution. There are many commonly used link functions, and their choice can be somewhat
Vector generalized linear model
Vector_generalized_linear_model
Sequence of data points over time
the autocorrelation function Hjorth parameters FFT parameters Autoregressive model parameters Mann–Kendall test Univariate non-linear measures Measures
Time_series
In mathematics, a quantitative measure of the shape of a set of points
Moments of a function in mathematics are certain quantitative measures related to the shape of the function's graph. For example, if the function represents
Moment_(mathematics)
Method of data analysis
linear dimensionality reduction technique with applications in exploratory data analysis, visualization and data preprocessing. The data are linearly
Principal_component_analysis
Nonparametric measure of rank correlation
monotonic function. Contrast this with the Pearson correlation, which only gives a perfect value when X and Y are related by a linear function. The other
Spearman's rank correlation coefficient
Spearman's_rank_correlation_coefficient
LINEAR PREDICTOR-FUNCTION
LINEAR PREDICTOR-FUNCTION
Surname or Lastname
English
English : variant of Lingard.French : occupational name for a maker of or dealer in linen goods, from Old French linge ‘linen (goods)’ (see Linge 1).
Surname or Lastname
English
English : occupational name for a whitewasher, Middle English limer, lymer, an agent derivative of Old English līm ‘lime’.
Surname or Lastname
English (Devon; of Cornish origin)
English (Devon; of Cornish origin) : topographic name for someone who lived by a menhir, i.e. a tall standing stone erected in prehistoric times (Cornish men ‘stone’ + hir ‘long’).
Surname or Lastname
Swedish
Swedish : ornamental name from lind ‘lime tree’ + either the German suffix -er denoting an inhabitant, or the surname suffix -ér, derived from the Latin adjectival ending -er(i)us.English (mainly southeastern) : variant of Lind 2.German : habitational name from any of numerous places called Linden or Lindern, named with German Linden ‘lime trees’.
Girl/Female
African, Arabic, Australian, Muslim, Swahili
Prophet; Predictor of the Future
Female
English
Variant spelling of English Linsey, LINSAY means "Lincoln's wetlands."
Surname or Lastname
English
English : metronymic from Line.
Boy/Male
Hindu
Lingam
Surname or Lastname
English
English : habitational name from Lingart, Lancashire, or Lingards Wood in Marsden, West Yorkshire, both named from Old English līn ‘flax’ + garðr ‘enclosure’.
Female
African
predictor of the future.
Boy/Male
Irish
Meaning “â€fair-haired,â€â€ the name has been popular since the sixth century when St. Finbar came to an area of Cork that was being tormented by a serpent. The people begged him to do something to help them. One night he went to where the serpent was sleeping and sprinkled it with holy water. The angry serpent tore and devoured the land until she slithered into the sea at Cork Harbor. The track she left behind filled with water and became the River Lee and that’s why St. Finbar is the patron saint of Cork. It is said that the sun didn’t set for two weeks after Finbar’s death.
Male
Greek
(ΑἰνÎας) Variant spelling of Greek AineÃas, AINEAS means "praiseworthy."
Girl/Female
Irish
Eimear possessed the “Six Gifts of Womanhood†– “beauty, a gentle voice, sweet words, wisdom, needlework and chastity!†She was bethrothed to the warrior Cuchulainn (read the legend) when they were children and they loved each other very deeply. But Cuchulainn had “a wandering eye†and Eimear endured this, realizing “everything new is fair,†but when he made love to Fand, wife of the sea god Manannan, Eimear confronted the lovers. After seeing the strength of Fand’s love she offered to withdraw. Touched by this display of unselfishness, Fand left Cuchulainn and returned to the sea. When Cuchulainn died Eimear spoke movingly and lovingly at his graveside.
Male
English
Irish Anglicized form of Gaelic Fionnbarr, FINBAR means "fair-headed."
Girl/Female
Afghan, African, Arabic, Japanese, Muslim, Swahili
Joyful; Predictor of Good News
Male
Yiddish
 Variant spelling of Yiddish Lieber, LIBER means "beloved." Compare with another form of Liber.
Male
Scandinavian
Scandinavian form of Old Norse Einarr, EINAR means "lone warrior."
Surname or Lastname
English
English : variant of Lanier 1.Dutch : variant of Leonard.Jewish (western Ashkenazic) : name taken by someone who was good at chanting the Pentateuch at public worship in the synagogue or who regularly did so, from West Yiddish layner ‘reader’ (a derivative of West Yiddish laynen ‘to read’, which comes ultimately from Latin legere ‘to read’).Jewish (Ashkenazic) : occupational name for a flax grower or merchant, from German Lein ‘flax’ + agent suffix -er.
Female
English
English name probably derived from Germanic lindi, LINDA means "serpent."Â In some cases, it may have been derived from the Spanish word for "pretty."
Female
Scottish
Variant spelling of Scottish Lilias, LILEAS means "lily."
LINEAR PREDICTOR-FUNCTION
LINEAR PREDICTOR-FUNCTION
Boy/Male
Indian
Another name of God, Exalted, Tall
Boy/Male
Irish
Dark-skinned man.
Boy/Male
Indian, Punjabi, Sikh
Beautiful Warrior
Biblical
a chamber covered; the sea-shore
Girl/Female
Hindu, Indian, Kannada, Telugu
Fog
Boy/Male
Indian
Caravan leader
Girl/Female
Italian Spanish
Feminine of Daniel: God will judge.
Surname or Lastname
English (Yorkshire)
English (Yorkshire) : unexplained.
Female
Hebrew
(יַרְדָן) Hebrew unisex name YARDEN means "flowing down." In the bible, this is the name of a river in Palestine.
Boy/Male
Gujarati, Hindu, Indian
Pleasure of Victory
LINEAR PREDICTOR-FUNCTION
LINEAR PREDICTOR-FUNCTION
LINEAR PREDICTOR-FUNCTION
LINEAR PREDICTOR-FUNCTION
LINEAR PREDICTOR-FUNCTION
a.
Of a linear shape.
a.
Linear.
imp. & p. p.
of Predict
n.
One who lines, as, a liner of shoes.
v. t.
To tell or declare beforehand; to foretell; to prophesy; to presage; as, to predict misfortune; to predict the return of a comet.
n.
A dealer in linen; a linen draper.
n.
One who predicts; a foreteller.
n.
One who adjusts things to a line or lines or brings them into line.
a.
Composed of lines; delineated; as, lineal designs.
a.
In the direction of a line; of or pertaining to a line; measured on, or ascertained by, a line; linear; as, lineal magnitude.
a.
Descending in a direct line from an ancestor; hereditary; derived from ancestors; -- opposed to collateral; as, a lineal descent or a lineal descendant.
a.
Formed by right lines; rectilineal; as, a right-lined angle.
a.
Of or pertaining to a line; consisting of lines; in a straight direction; lineal.
n.
Prediction; prophecy.
a.
Of, pertaining to, or included by, two lines; as, bilinear coordinates.
n.
Made of linen; as, linen cloth; a linen stocking.
a.
Like a line; narrow; of the same breadth throughout, except at the extremities; as, a linear leaf.
v. t.
To mark with a line or lines; to cover with lines; as, to line a copy book.
adv.
In a linear manner; with lines.
n.
A prediction.