Curriculum
- 10 Sections
- 108 Lessons
- 8 Weeks
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- MACHINE LEARNING DATA SCIENCE AND THEIR IMPORTANCE9
- INTRODUCTION TO MACHINE LEARNING7
- 2.0What is Machine Learning (ML)?
- 2.1How machines learn
- 2.2Types of learning: Supervised, Semi-supervised, Unsupervised, Reinforcement.
- 2.3Basics of Classification, Regression and Clustering algorithms
- 2.4Creating your first Prediction Model
- 2.5Training & Model Evaluation
- 2.6Choosing Machine Learning Algorithm
- PYTHON LANGUAGE15
- 3.0Operators, Operands and Expressions
- 3.1Python Data Types
- 3.2Conditional statements in Python
- 3.3Loops in Python
- 3.4Lists and dictionaries and Tuples
- 3.5Programming practice in Python
- 3.6Iterators & Generators
- 3.7File Handling in Python
- 3.8Modules and Libraries
- 3.9Classes and Objects
- 3.10String Formatting in Python
- 3.11Decorators, Context Managers, Regular Expressions
- 3.12List and Dictionary Comprehensions
- 3.13Lambda and Argument Passing
- 3.14Multiple Inheritance
- PYTHON LANGUAGE11
- 4.0Introduction to Numpy
- 4.1Arrays, Matrices
- 4.2Various operations on arrays and matrices
- 4.3Introduction to Pandas
- 4.4Reading csv and matlab files
- 4.5Data frame object manipulation in python
- 4.6Various operations on data frame
- 4.7Visualization using Matplotlib
- 4.8Scatter plots, line plots etc on a given data
- 4.9Advance visualization using Seaborn
- 4.10Histograms, heatmaps, box plots etc using seaborn
- DATA PROCESSING FOR MACHINE LEARNING20
- 5.0Basic Functionalities of a data object
- 5.1Merging of Data objects
- 5.2Concatenation of data objects
- 5.3Types of Joins on data objects
- 5.4Exploring a Dataset
- 5.5Analysing a dataset
- 5.6Pandas Function- Ndim(), axes(), values(), head(), tail(), sum(), std(), iteritems(), iterrows(), itertuples() operations
- 5.7Aggregation
- 5.8Concatenation
- 5.9Merging
- 5.10Joining
- 5.11Data Collection &Preparation
- 5.12Data Mugging
- 5.13Outlier Analysis
- 5.14Missing value treatment
- 5.15Feature Engineering
- 5.16Data Transformation
- 5.17Normalization vs Standardization
- 5.18Creating Dummies
- 5.19Principal Component Analysis
- STATISTICS FOR MACHINE LEARNING AND DATA SCIENCE12
- REGRESSION MODELLING6
- ADVANCED MACHINE LEARNING ALGORITHMS12
- 8.0Supervised Machine Learning algorithms
- 8.1Linear Regression o Multi Feature
- 8.2Logistic Regression
- 8.32 Class and Multi class
- 8.4Decision/ Classification Trees Ensemble Models Bagging Boosting Random Forest
- 8.5K-Nearest Neighbours (KNN)
- 8.6Naive Bayes
- 8.7Introduction to Neural Network (DeepLearning)
- 8.8Feed Forward Neural Network
- 8.9Forward Propagation
- 8.10Backward Propagation
- 8.11Support Vector Machine
- Unsupervised Machine Learning algorithms4
- FEW SAMPLE CASE STUDY AND PROJECTS12
- 10.05000+ Handwritten Digit Recognition Problem
- 10.14000+ email spam detection problem
- 10.2Image compression Problem
- 10.3Flower species classification problem
- 10.4Titanic Survivor classification problem from kaggle
- 10.5Fifa ranking dataset from kaggle
- 10.6Profit Prediction Problem
- 10.7Business Case of whether a chip will be accepted or not
- 10.8Business case of clustering from dataset
- 10.9Wine classification dataset and problem from Kaggle
- 10.10Variety of Problems from Kaggle
- 10.11Competition Data Set
Data Warehousing
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