Python Machine Learning By Example The Easiest Way to Get into Machine Learning
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Machine learning science is a type of artificial intelligence science (AI) that allows automated media to learn without clear programming. It focuses machine learning on the development and programming of computer software and can therefore change when there is a change of data in the sense of new data. In this article, we will look at the basics of machine learning and the implementation of a simple machine learning algorithm using python.
Setting up the environment:
Python programmers are still developing a lot of tools to support programmers in implementing robotics. Among these tools and units are numpy, scipy and scikit-learn.
You can install it on Python using the cmd order: pip install numpy scipy scikit-learn;
A better option would be to download the miniconda or anaconda packages for python, which are pre-supplied with these packages.
Follow the instructions here to use anaconda. Introduction to machine learning: Machine learning involves a computer being trained using a given data set and using that training to predict the properties of a given new data set.
For example, we can form a computer by providing it with 1000 images of cats and 1000 other images that are not of a cat, and tell the computer each time whether an image is a cat or not. Then, if we show the computer a new image, then from the above training, the computer should be able to tell whether that new image is a chat or not.
Each type of learning can rely on different algorithms:
supervised learning
Classification
Regression
Unsupervised learning
There are many specialized algorithms in the field of forecasting process and training for data analysis. We transmit the training data to an algorithm, and the algorithm uses that training data to give predictions on new test data. One such algorithm is K-Nearest-Neighborclassification (KNN classification).
It takes test data and finds k data values closest to that data from the test data set. Then it selects the maximum frequency neighbor and gives its properties as a prediction result. Implementation of the KNN classification algorithm using Python on the IRIS dataset.