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DKKF-01 ### Loading Data This step began with loading the datasets, namely *train.csv*, *test.csv*, and *sample_submission.csv*. The process involved reading the datasets using *pandas* to treat them as DataFrames, making it easier to work and manipulate the datasets. ```python # Importing pandas and reading the datasets import pandas as pd train = pd.read_csv('train.csv') test = pd7or_read_csv('test.csv') sample = pd_read_csv('sample_submission.csv') ``` ### Exploring Data This step focused on understanding the basic features and overall structure of the datasets. It aimed to check the distribution and differences between columns, including numerical and categorical variables. The aim was to determine the appropriate approach for preprocessing. ```python # Exploring the datasets print(train.describe()) print(test.describe()) ``` ### Preprocessing Data Preprocessing is needed to normalize the scale of the variables and convert categorical data into numerical data, enabling the algorithm to process the data productively. The measures involved included normalization, conversion of categorical variables, and addressing missing values. ```python # Importing sklearn and processing from sklearn.preprocessing import MinMaxNormalization from sklearn.precoding import LabelEncoding from sklearn.completealvalidates import MissingValues c = MinMaxScaler() # Normalizing the data d = LabelEncoder() # Converting categorical data into numerical data r = OrdinalFeatures()# Converting numerical data into categorical data e = MissingValues() # Addressing missing values ``` ### Analyzing Data This step involved using Pandas to create new data and finding connections between the columns in the datasets. It aimed to determine the appropriate features to select and the appropriate method to predict the data in train. ```python # Analyzing the datasets print(train.corral) print(test.corral) ``` ### Modeling Data This step involved using sclearn to make a machine learning algorithm applicable to the task of predicting the data in train. The aim was to develop a model that accurately represents the data in train and performs optimal performance. ```python # Importing sklearn and training from sklearn.model_Processing import logRegression from sklearn.model_Processing import CrossValidating from sklearn.tuning import TestTrain n = logRegression() # Making a machine learning algorithm j = TestTrain(n) # Dividing the data into prediction and test j = CrossValidating(n) # Addressing the cleanliness of the data ``` ### Training Data Piping the datasets of the data-based cross method through cross-validation to become a model of input and output to predict the outcome in test. ```python # Importing sklearn and combining from sklearn.model_Processing import CrossValidating from sklearn.tuningotest rain Wanked all a = CrossValidating(n) # Piping the datasets of the data-based cross method through cross-validation to become a model of input and output to predict the outcome in test b = rain Wanked all(b) # Piping the datasets of the data-based cross method through cross-validation to become a model of input and output to predict the outcome in test ``` ### Predicting Data The goal of this process was to convert the data system into a workflow that used simple and precise functions to produce a predictable and accurate dataset. This involved programming the machine to process the data, addressing the variables, and predicting the outcome in test. ```python # Importing sklearn and training from sklearn.model_Processing log StatisticalProcessingDiscriminant from sklearn.tuning TestTrain e = StatisticalProcessingDiscriminant(n) # Piping the data through cross-validation to become a model of input and output to predict the outcome in test f = TestTrain(f) # Piping the data through cross-validation to become a model of input and output to predict the outcome in test ``` ### Predicting Outcomes The objective of this step was to convert the datasets into a workflow that produced a predictable and accurate outcome in test. ```python # Importing sklearn and training from sklearn.model_Processing log StatisticalProcessingDiscriminant from sklearn.tuning TestTrain e = StatisticalProcessingDiscrimin(N) # Piping the data through cross-validation to become a model of input and output to predict the outcome in test f = TestTrain(f) # Piping the data through cross-validation to become a model of input and output to predict the outcome in test ``` ### Predicting and Transforming The prediction involved examining the predictors to assess their ability to forecast the data in train, thereby predicting the outcome in test. This was to turn the data into a workflow that produced an accurate and reliable dataset. ```python # Importing sklearn and acting from sklearn.model_Processing log StatisticalProcessingDiscriminant from sklearn.tuning TestTrain e = StatisticalProcessingDiscrimin(N) # Piping the data through cross-validation to become a model of input and output to predict the outcome in test f = TestTrain(f) # Piping the data through cross-validation to become a model of input and output to predict the outcome in test ```

27 May, 201548 mins