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Machine Learning For Beginner
Machine Learning For Beginner

Machine Learning

Machine Learning For Beginner (1)

Welcome to the machine learning class, we will process projects from the simplest to the most complex, moving from simple mathematical operations to the complex.

Before starting this training, there are a few preparatory pieces of training you need to complete, it is recommended that you study the subjects you do not know in the list below.

Preparatory Subject
  1. Pandas For Beginner
  2. Data Analyze Tutorial In Python
  3. Creating Datasets and Manage Datasets In R!
Data Types

3 different data types are very important to understand data, let’s look at all of the numerical, categorical, and ordinal. Let’s examine them one by one.

Numerical data are numerical data, it is divided into 2 types, the first value is discrete data with integer values, also we have infinite data it is called Continuous data.

Categorical data values that cannot be measured against each other are called bool and so on. values.

Ordinal data are categorical values that can be compared with each other, for example, integer values can be given.

Simple Math Operations

In this section, we will look at the most commonly used, mathematical operations mean, median, standard deviation, 4 operations, mod. We will also look at a few analysis functions.

import statistics as ss
ss.mean([10 , 20 , 30])

The statistics library offers you special functions for many operations, very useful for machine learning. The mean function takes the average of all values.

import statistics as ss
ss.median([10 , 20 , 30 , 40 , 50])

median value gives the middle value in the sorted order of all values, you can use the same statistics library to access.

import statistics as ss
ss.mode([10 , 20 , 30 , 40 , 50 , 10 , 50 , 50])

The mode function prints the most used value on the screen. The statistics library is a library that collects all these operations, you can handle all these functions in just one library.

Standard Deviation

The standard deviation describes how spread the values are, calculating the pattern of increase. It is very easy to grasp even if it looks mixed.

import numpy as np
np.std([1 , 2 , 3 , 4 , 5])

To understand this value, it is necessary to do some mathematical operation, the solution is below.

1 - take mean all element 
2 - subtract average from all values
3 - square all values
4 - gather all values and average
Percentiles Operation

It shows which value is in which percentage as a percentage, you can find the percentages with the numpy library. The syntax of the function is simple. It has 2 arguments, the first argument takes your data, the second argument takes the percentage you want.

import numpy as np
x = [1 , 10 , 2 , 20 , 3 , 30 , 4 , 40]
np.percentile(x, 50)
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