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Advanced Machine Learning


Instructor led best course for learning advance machine learning and developing deep learning models using real world case studies.

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4.7

Rating

35 Hrs

Duration

Intermediate

Level

30

Assignments

What you'll learn

Who should take this course

Skills you'll gain

Course contents

  • Benefits
  • Types: Bagging and Boosting
  • Understanding the case study
  • Data preprocessing
  • Assumptions of Random Forest
  • Defining the cost function
  • Training the model using python sk-learn
  • Error analysis and performance metrics
  • Understanding the case study
  • Data preprocessing
  • Assumptions of XGBoost
  • Defining the cost function
  • Training the model using python xgboost
  • Error analysis and performance metrics
  • Understanding the case study
  • Data preprocessing
  • Assumptions of SVM
  • Defining the cost function
  • Training the model using python sk-learn
  • Error analysis and performance metrics
  • Understanding the case study
  • Data preprocessing
  • Assumptions of GMM
  • Defining the cost function
  • Training the model using python sk-learn
  • Error analysis and performance metrics
  • Understanding the case study
  • Data preprocessing
  • Assumptions of DBSCAN
  • Defining the cost function
  • Training the model using python sk-learn
  • Error analysis and performance metrics
  • Overview and types of Neural Networks
  • Architecture of single layered perceptron
  • Cost function for Regression and classification
  • Learning mechanism
  • Limitations
  • Multilayer perceptron (MLP) architecture
  • Back propagation algorithm
  • Defining the cost function
  • Training the model using TensorFlow/ PyTorch
  • Error analysis and performance metrics
  • RNN architecture
  • Backpropagation through time algorithm
  • Limitation of RNN
  • LSTM architecture
  • Using LSTM in a time series forecasting use case
  • Defining the cost function
  • Training the model using TensorFlow/ PyTorch
  • Error analysis and performance metrics
  • CNN architecture
  • Using CNN for object detection use case
  • Defining the cost function
  • Training the model using TensorFlow/ PyTorch
  • Error analysis and performance metrics
  • SOM architecture
  • Using SOM for anomaly detection use case
  • Defining the cost function
  • Training the model using TensorFlow/ PyTorch
  • Error analysis and performance metrics
  • Overview of RL
  • Advantages and Disadvantages
  • Architecture of RL system
  • Learning process
  • Case study: Applying RL in recommender system
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Advanced NLP

Here Semantic embeddings, Information retrieval, Text summarization, Language modelling and recommendation engine concepts will be taught.

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Image processing and Computer vision

Here advance concepts like Deep learning, Digital Image processing, Object detection, Handwriting recognition and Image captioning are taught in details.

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Advanced Python programming

This course will take individual to expert level python coding. It includes recursive functions, OOPs, Generators, Decorators, Multi processing, Unit testing and backend web development.