Analytics question: Describe the relationship between a supervised learning classifier and a set of linear equations.
Linear Algebra is a branch of mathematics dealing with linear equations and linear functions. These are represented by matrices and vectors. To elaborate algebra deals with scalars and LA deals with vectors and matrices i.e. entities, which possess two or more dimensional components. It deals with linear equations and functions.
Linear Algebra is also known as an extension of Algebra.
Supervised learning has an input variable (x) and an output variable (y) and the algorithm is used to learn the mapping function from input to the output. The target is to approximate the mapping function in a manner that when you have new input data (x) you can predict the output (y) for that data.
It is called supervised learning because the process of an algorithm learning from a training data set is considered as a teacher supervising the learning process.
Supervised learning problems are classified as linear regression and classification problems.
Classification is used when the output variable is a category such as blue, green, etc
Linear regression is when the output variable is a real value, such as weights and dollars.
Supervised learning includes decision trees, linear regression, logistic regression support vector machines, and ensemble methods.
To conclude linear regression uses a linear equation in a particular form i.e Y=a+bx (where x is the explanatory variable and y is the dependent variable). The linear regression is a technique used by supervised machine learning algorithms.
Analytics question: Describe the relationship between a supervised learning classifier and a set of linear equations.
Analytics question: Describe the relationship between a supervised learning classifier and a set of linear equations.
Question: Discuss roles of Artificial Intelligence and Machine Learning in Big Data Analytics. Distinguish between Supervised and Unsupervised learning. Discussion Requirements: Define the concept of Artificial Intelligence. Define the concept of Machine Learning. Explain the notions of Supervised and Unsupervised Machine Learning. Describe the roles of Artificial Intelligence & Machine Learning in Big Data Analytics.
State in your own words what supervised and unsupervised learning is. Clearly describe a real-world scenario where each classifier would be useful.
Analytics: For supervised learning classifiers, define these goodness of fit measures: (a) accuracy and (b) loss function.
Describe the application of supervised and unsupervised learning in Artificial Intelligence.
(Data Analysis Question) Explain supervised machine learning using some examples of data and at least two, two-dimensional supervised machine learning methods. Describe in writing any figures that you normally would draw.
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Regression analysis (also known as predictive analytics) attempts to establish: multicollinearity linearity in the relationship between independent variables multiobjectivity a mathematical relationship between a dependent variable, for which future values will be forecast, and one or more independent variables with known values linearity in the relationship between a dependent variable and a set of independent variables
describe the relationship between each pair of compounds. Use the following set of terms to describe the relationship(s) between each pair of compounds by placing the correct letter(s) on each line. Terms may be used more than once or not at all. Each pair of compounds may have more than one relationship, or they may have no relationship (option F). Circle any meso compounds in questions 1-4. A. stereoisomers D. diastereomers B. constitutional isomers E. enantiomers institutional isomers C. identical...