Support Vector Machines

E426671

Support Vector Machines are a class of supervised learning algorithms used primarily for classification and regression tasks, which work by finding the optimal separating hyperplane between data classes in a high-dimensional feature space.

All labels observed (9)

How this entity was disambiguated

Statements (63)

Predicate Object
instanceOf binary classifier ⓘ
classification algorithm ⓘ
kernel method ⓘ
large-margin method ⓘ
margin-based classifier ⓘ
regression algorithm ⓘ
supervised learning algorithm ⓘ
advantage effective in high-dimensional spaces ⓘ
robust to overfitting with appropriate regularization ⓘ
basedOn statistical learning theory ⓘ
structural risk minimization ⓘ
commonKernel linear kernel ⓘ
polynomial kernel ⓘ
radial basis function kernel ⓘ
sigmoid kernel ⓘ
developedBy Alexey Chervonenkis ⓘ
Vladimir Vapnik ⓘ
disadvantage choice of kernel and parameters can be difficult ⓘ
training can be slow on very large datasets ⓘ
goal find optimal separating hyperplane ⓘ
maximize margin between classes ⓘ
handles binary classification ⓘ
high-dimensional data ⓘ
linearly separable data ⓘ
multiclass classification via reduction strategies ⓘ
nonlinearly separable data ⓘ
regression via Support Vector Regression ⓘ
hasHyperparameter C regularization parameter ⓘ
degree for polynomial kernel ⓘ
epsilon for SVR ⓘ
gamma for RBF kernel ⓘ
kernel parameters ⓘ
kernel type ⓘ
hasVariant C-SVM ⓘ
Support Vector Regression ⓘ
hard-margin SVM ⓘ
one-class SVM ⓘ
linked to: libsvm

soft-margin SVM ⓘ
ν-SVM ⓘ
implementedIn LIBLINEAR ⓘ
LIBSVM ⓘ
linked to: libsvm

R e1071 package ⓘ
scikit-learn ⓘ
introducedIn 1990s ⓘ
optimizationProblem convex optimization problem ⓘ
quadratic programming problem ⓘ
property global optimum guaranteed due to convexity ⓘ
sparse solution in terms of support vectors ⓘ
relatedTo kernel ridge regression ⓘ
logistic regression ⓘ
maximum margin classifier ⓘ
perceptron ⓘ
usedFor bioinformatics classification tasks ⓘ
handwritten digit recognition ⓘ
image classification ⓘ
text classification ⓘ
usesConcept Lagrange multipliers ⓘ
feature space ⓘ
hyperplane ⓘ
kernel function ⓘ
margin ⓘ
quadratic programming ⓘ
support vector ⓘ

How these facts were elicited

Referenced by (11)

Full triples — surface form annotated when it differs from this entity's canonical label.

SVC → basedOn → Support Vector Machines ⓘ
SVC → basedOn → C-Support Vector Classification ⓘ
linked to: Support Vector Machines
Corinna Cortes → coAuthorOf → Support-Vector Networks ⓘ
linked to: Support Vector Machines
Corinna Cortes → notableWork → Support-Vector Networks (1995) ⓘ
linked to: Support Vector Machines
Vladimir Vapnik → knownFor → support vector machines ⓘ
linked to: Support Vector Machines
Vladimir Vapnik → coInvented → support vector machines ⓘ
linked to: Support Vector Machines
Support Vector Machine → hasVariant → soft-margin SVM ⓘ
subject linked to: Support Vector Machines
linked to: Support Vector Machines
Support Vector Machine → hasVariant → hard-margin SVM ⓘ
subject linked to: Support Vector Machines
linked to: Support Vector Machines
Support Vector Machine → hasVariant → Support Vector Regression ⓘ
subject linked to: Support Vector Machines
linked to: Support Vector Machines
Support Vector Machine → hasVariant → C-SVM ⓘ
subject linked to: Support Vector Machines
linked to: Support Vector Machines
Cover’s theorem → relatedTo → support vector machines ⓘ
linked to: Support Vector Machines