Advanced Data Mining projects with R
Course
Online
Description
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Type
Course
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Methodology
Online
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Start date
Different dates available
Discover the versatility of R for data mining with this collection of real-world dataset analysis techniques.Advanced Data Mining Projects with R takes you one step ahead in understanding the most complex data mining algorithms and implementing them in the popular R language. Follow up to our course Data Mining Projects in R, this course will teach you how to build your own recommendation engine. You will also implement dimensionality reduction and use it to build a real-world project. Going ahead, you will be introduced to the concept of neural networks and learn how to apply them for predictions, classifications, and forecasting. Finally, you will implement ggplot2, plotly and aspects of geomapping to create your own data visualization projects.By the end of this course, you will be well-versed with all the advanced data mining techniques and how to implement them using R, in any real-world scenario.About the AuthorPradeepta Mishra is a data scientist, predictive modeling expert, deep learning and machine learning practitioner, and econometrician.
He currently leads the data science and machine learning practice for Ma Foi Analytics, Bangalore, India. Ma Foi Analytics is an advanced analytics provider for Tomorrow's Cognitive Insights Ecology, using a combination of cutting-edge artificial intelligence, a proprietary big data platform, and data science expertise. He holds a patent for enhancing the planogram design for the retail industry. Pradeepta has published and presented research papers at IIM Ahmedabad, India. He is a visiting faculty member at various leading B-schools and regularly gives talks on data science and machine learning.
Pradeepta has spent more than 10 years solving various projects relating to classification, regression, pattern recognition, time series forecasting, and unstructured data analysis using text mining procedures, spanning across domains such as healthcare, insurance, retail and e-commerce, manufacturing, and so on.
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About this course
Create predictive models in order to build a recommendation engine
Implement various dimension reduction techniques to handle large datasets
Acquire knowledge about the neural network concept drawn from computer science and its applications in data mining
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Subjects
- Retail
- Forecasting
- Data Mining
- E-commerce
- Algorithms
- Project
- Healthcare
- Database
- Data Management
- Information Systems
Course programme
- Understand clustering techniques
- Perform clustering techniques
- Follow the steps for K-means clustering
- Perform the steps for hierarchical clustering
- Compare and analyze the output
- Perform model-based clustering
- Perform SOM
- Compare the clustering methods
- Understand clustering techniques
- Perform clustering techniques
- Follow the steps for K-means clustering
- Perform the steps for hierarchical clustering
- Compare and analyze the output
- Perform model-based clustering
- Perform SOM
- Compare the clustering methods
- Understand clustering techniques
- Perform clustering techniques
- Understand clustering techniques
- Perform clustering techniques
- Understand clustering techniques
- Perform clustering techniques
- Understand clustering techniques
- Perform clustering techniques
- Understand clustering techniques
- Perform clustering techniques
- Understand clustering techniques
- Perform clustering techniques
- Follow the steps for K-means clustering
- Perform the steps for hierarchical clustering
- Compare and analyze the output
- Follow the steps for K-means clustering
- Perform the steps for hierarchical clustering
- Compare and analyze the output
- Follow the steps for K-means clustering
- Perform the steps for hierarchical clustering
- Compare and analyze the output
- Follow the steps for K-means clustering
- Perform the steps for hierarchical clustering
- Compare and analyze the output
- Follow the steps for K-means clustering
- Perform the steps for hierarchical clustering
- Compare and analyze the output
- Follow the steps for K-means clustering
- Perform the steps for hierarchical clustering
- Compare and analyze the output
- Perform model-based clustering
- Perform SOM
- Compare the clustering methods
- Perform model-based clustering
- Perform SOM
- Compare the clustering methods
- Perform model-based clustering
- Perform SOM
- Compare the clustering methods
- Perform model-based clustering
- Perform SOM
- Compare the clustering methods
- Perform model-based clustering
- Perform SOM
- Compare the clustering methods
- Perform model-based clustering
- Perform SOM
- Compare the clustering methods
- Understand recommendation
- Know its types and techniques
- Compare data of user-based, item-based and content-based collaborative filtering
- Understand the limitations of user based collaborative filtering
- Load the library and datasets
- Create a recommendation engine using different approaches
- Compare the results of the engines made using different methods
- Understand recommendation
- Know its types and techniques
- Compare data of user-based, item-based and content-based collaborative filtering
- Understand the limitations of user based collaborative filtering
- Load the library and datasets
- Create a recommendation engine using different approaches
- Compare the results of the engines made using different methods
- Understand recommendation
- Know its types and techniques
- Understand recommendation
- Know its types and techniques
- Understand recommendation
- Know its types and techniques
- Understand recommendation
- Know its types and techniques
- Understand recommendation
- Know its types and techniques
- Understand recommendation
- Know its types and techniques
- Compare data of user-based, item-based and content-based collaborative filtering
- Understand the limitations of user based collaborative filtering
- Compare data of user-based, item-based and content-based collaborative filtering
- Understand the limitations of user based collaborative filtering
- Compare data of user-based, item-based and content-based collaborative filtering
- Understand the limitations of user based collaborative filtering
- Compare data of user-based, item-based and content-based collaborative filtering
- Understand the limitations of user based collaborative filtering
- Compare data of user-based, item-based and content-based collaborative filtering
- Understand the limitations of user based collaborative filtering
- Compare data of user-based, item-based and content-based collaborative filtering
- Understand the limitations of user based collaborative filtering
Additional information
Advanced Data Mining projects with R