Support vector machines are a type of supervised machine algorithm for learning which is used for classification and regression tasks. Though they are used for both classification and regression, they are mainly used for classification challenges.

Support vector machines are a tool which best serves the purpose of separating two classes. They are a kernel-based algorithm.

A kernel refers to a function that transforms the input data into a high dimensional space where the question or problem can be solved.

A kernel function can be either linear or non-linear. Kernel methods are a type of class of algorithms for pattern analysis.

The primary function of the kernel is to get data as input and transform them into the required forms of output.

In statistics, “kernel” is the mapping function that calculates and represents values of a 2-dimensional data in a 3-dimensional space format.

A support vector machine uses a kernel trick which transforms the data to a higher dimension and then it tries to find an optimal hyperplane between the outputs possible.

Kernel’s method of analysis of data in support vector machine algorithms using a linear classifier to solve non-linear problems is known as ‘kernel trick’.

Kernels are used in statistics and math, but it is most widely and also most commonly used in support vector machines.

Application of Support Vector Machines

The use of support vector machine algorithms and its examples are used in many technologies which incorporate the use of segregation and distinction.

The real-life applications it range from image classification to face detection, recognition of handwriting and even to bioinformatics.

It allows the classification and categorization of both inductive and transductive models. The support vector machine algorithms make use of training data to segregate different types of documents and flies into different categories.

The segregation done by it is based on the data and score generated by the algorithm and then is compared and contrasted to the initial values provided.

## Support vector machines

Support vector machines are a type of supervised machine algorithm for learning which is used for classification and regression tasks. Though they are used for both classification and regression, they are mainly used for classification challenges.

Support vector machines are a tool which best serves the purpose of separating two classes. They are a kernel-based algorithm.

kernel”is the mapping function that calculates and represents values of a 2-dimensional data in a 3-dimensional space format.kernel trick’.Application of Support Vector MachinesThe use of support vector machine algorithms and its examples are used in many technologies which incorporate the use of segregation and distinction.

The real-life applications it range from image classification to face detection, recognition of handwriting and even to bioinformatics.

It allows the classification and categorization of both inductive and transductive models. The support vector machine algorithms make use of training data to segregate different types of documents and flies into different categories.

The segregation done by it is based on the data and score generated by the algorithm and then is compared and contrasted to the initial values provided.