Bhavinkumar Patel's Projects
This will have the all details about IBM DevOps and Software Engineering professional certification practice assignmet.
We are solving the problem of Simple Linear Regression for the Student's Reading Duration Dataset and predicting the particular outcome by inputting the hours of reading.
Prediction using Unsupervised ML - Using Iris Dataset predict the optimum number of clusters and represent it visually.
Task 3 : Exploratory Data Analysis - Retail
● Task 4 : Exploratory Data Analysis - Terrorism -> ● Level : Intermediate Level -> ● Author : Bhavinkumar Patel -> ● #gripapril21 -> ● Perform ‘Exploratory Data Analysis’ on dataset ‘Global Terrorism’ -> ● Query : As a security/defense analyst, try to find out the hot zone of terrorism. What all security issues and insights you can derive by EDA? -> ● Tool Used : (Python) - Jupyter Notebook -> ● Dataset: https://bit.ly/2TK5Xn5 -> ● YouTube: -> ● GitHub : https://github.com/bhavinpatel-DS/gripapril21-task4.git
# gripapril21 #task5 #thesparksfoundation Task 5 : Exploratory Data Analysis - Sports (Level - Advanced) Name : Bhavinkumar Patel #gripapril21 ● Perform ‘Exploratory Data Analysis’ on dataset ‘Indian Premier League’ ● As a sports analysts, find out the most successful teams, players and factors contributing win or loss of a team. ● Suggest teams or players a company should endorse for its products. ● Tool Used :- (Python) Jupyter Notebook ● Advanced Level - Create storyboards. Screen-record along with audio explaining the charts and interpretations. Use annotations, animation and images. ● Dataset: https://bit.ly/34SRn3b ● GitHub.com - ● YouTube.com - https://youtu.be/RhiNIp2oGkM
#gripapril21 #task6 #thesparksfoundation Task 6 : Prediction using Decision Tree Algorithm (Level - Intermediate) Author : Bhavinkumar Patel #gripapril21 ● Create the Decision Tree classifier and visualize it graphically. ● The purpose is if we feed any new data to this classifier, it would be able to predict the right class accordingly. ● Tool Used - (Python) Jupyter Notebook ● Algorithm Used - Decision Tree Classifier ● Advanced Level - Create storyboards. Screen-record along with audio explaining the charts and interpretations. Use annotations, animation and images. ● Dataset - https://bit.ly/3kXTdox
A New, Interactive Approach to Learning Python