Complete Data Science,Machine Learning,DL,NLP Bootcamp
Master the theory, practice,and math behind Data Science,Machine Learning,Deep Learning,NLP with end to end projects
Master the theory, practice,and math behind Data Science,Machine Learning,Deep Learning,NLP with end to end projects
Are you looking to master Data Science,Machine Learning (ML), Deep Learning(DL) and Natural Language Processing (NLP) from the ground up? This comprehensive course is designed to take you on a journey from understanding the basics to mastering advanced concepts, all while providing practical insights and hands-on experience.
What You'll Learn:
Foundational Concepts: Start with the basics of ML and NLP, including algorithms, models, and techniques used in these fields. Understand the core principles that drive machine learning and natural language processing.
Advanced Topics: Dive deeper into advanced topics such as deep learning, reinforcement learning, and transformer models. Learn how to apply these concepts to build more complex and powerful models.
Practical Applications: Gain practical experience by working on real-world projects and case studies. Apply your knowledge to solve problems in various domains, including healthcare, finance, and e-commerce.
Mathematical Foundations: Develop a strong mathematical foundation by learning the math behind ML and NLP algorithms. Understand concepts such as linear algebra, calculus, and probability theory.
Industry-standard Tools: Familiarize yourself with industry-standard tools and libraries used in ML and NLP, including TensorFlow, PyTorch, and scikit-learn. Learn how to use these tools to build and deploy models.
Optimization Techniques: Learn how to optimize ML and NLP models for better performance and efficiency. Understand techniques such as hyperparameter tuning, model selection, and model evaluation.
Who Is This Course For:
This course is suitable for anyone interested in learning machine learning and natural language processing, from beginners to advanced learners. Whether you're a student, a professional looking to upskill, or someone looking to switch careers, this course will provide you with the knowledge and skills you need to succeed in the field of ML and NLP.
Why Take This Course:
By the end of this course, you'll have a comprehensive understanding of machine learning and natural language processing, from the basics to advanced concepts. You'll be able to apply your knowledge to build real-world projects, and you'll have the skills needed to pursue a career in ML and NLP.
Join us on this journey to master Machine Learning and Natural Language Processing. Enroll now and start building your future in AI.
FAQ area empty
Sum of List Elements
Largest Element in a List
Remove Duplicate in a List
Check if all elements in a List are Unique
Reverse a List
Number of Odd and Even Elements in a list
Check if List is Subset of Another List
Maximum Difference between 2 consecutive elements in a List
Merge two sorted List
Rotate a List
Merge 2 list into Dictionary
Merge Multiple Dictionary
Words Frequency in a Sentence
Palindromic Tuple
Merge Dictionaries with Common Keys
Classes And Objects In Python
Classes And Objects Practise Questions And Solutions
Inheritance In OOPS
Polymorphism In OOPS
Encapsulation In OOPS
Abstraction In OOPS
Practise Assignments With Solutions
Magic Methods In Python
Operator Overloading In Python
Custom Exception Handling
Complete OOPS Practise Question With Solutions
What is Statistics And its Application
Types Of Statistics
Population Vs Sample Data
Measure Of Central Tendency
Measure Of Dispersion
Why Sample Variance Is Divided By n-1?
Standard Deviation
What Are Variables?
What are Random Variables
Histograms- Descriptive Statistics
Percentile And Quartiles- Descriptive Statistics
5 Number Summary-Descriptive Statistics
Correlation And Covariance
The Relationship Between PDF,PMF And CDF
Types Of Probability Distribution
Bernoulli Distribution
Binomial Distribution
Poisson Distribution
Normal/ Gaussian Distribution
Standard Normal Distribution And Z Score
Uniform Distribution
Log Normal Distribution
Power Law Distribution
Pareto Distribution
Central Limit Theorem
Estimates
Hypothesis Testing And Mechanism
What is P value?
Z Test- Hypothesis Testing
Student t Distribution
T Stats With T test Hypothesis Testing
Z test Vs T test
Type 1 And Type 2 Error
Bayes Theorem
Confidence Interval And MArgin Of Error
What is Chi Square Test
ChiSquare Goodness OF Fit
Annova Test
Assumptions Of Annova
Types Of Annova
Partioning Of Variance In Annova
Simple Linear Regression Introduction
Understanding Simple Linear regression Equations
Cost Function
Convergence Algorithm
Convergence Algorithm Part02
Multiple Linear regression
Performance Metrics
MSE, MAE, RMSE
Overfitting and Underfitting
Linear Regression with OLS
Simple Linear Regression Practical
Multiple Linear regression
Polynomial Regression Intuition
Polynomial Regression Implementation
Pipeline in Polynomial
Basic Simple Linear Regression Project
Multiple Linear Regression Projects With Assumptions
Basic Regression Project From Scratch-EDA And Feature Engineering
Model Training With Cross Validation Using Lasso Regression
Model Training With Ridge and Elastic net With Cross Validation
Model Pickling In ML Project
End To End ML Project Implementation
Project Deployment In AWS
End To End ML Project With Deployment-Github And Code Set Up
Implementing Project Structure, Logging And Exception Handling
Discussing Project Problem Statement,EDA And Model Training
Data Ingestion Implementation
Data Transformation Using Pipelines Implementation
Model Trainer Implementation
Model Hyperparameter Tuning Implementation
Building Prediction Pipeline
ML Project Deployment Using AWS Beanstalk
Deployment EC2 Instance With ECR
Deployment Azure With Container And Images
Project Structure Set up With Environment
Github Repository Set Up With VS Code
Packaging the Project With Setup.py
Logging And Exception Handling Implementation
Introduction To ETL Pipelines
Setting Up MongoDb Atlas
ETL Pipeline Setup With Python
Data Ingestion Architecture
Implementing Data Ingestion Configuration
Implementing Data Ingestions Component
Implementing Data Validation-Part 1
Implementing Data Validation-Part 2
Data Transformation Architecture
Data Transformation Implementation
Model Trainer Implementation- Part 1
Model Trainer And Evaluation With Hyperparameter Tuning
Model Experiment Tracking With MLFLOW
MLFLOW Experiment Tracking With Remote Respository Dagshub
Model Pusher Implementation
Model Training Pipeline Implementation
Batch Prediction Pipeline Implementation
Final Model And Artifacts Pusher To AWS S3 buckets
Building Docker Image And Github Actions
Github Action-Docker Image Push to AWS ECR Repo Implementation
Final Deployment To EC2 instance
Roadmap to Learn NLP for Machine Learning
Practical Use cases of NLP
Tokenisation and Basic Terminologies
Tokenisation Practicals
Text Preprocessing Stemming using NLTK
Text Preprocessing Lemmatization NLTK
Text Preprocessing Stopwords
Parts of Speech Tagging Using NLTK
Named Entity Recognition
What's Next?
One Hot Encoding Intuition
Advantages and Disadvantages of OHE
Bag of Words Intuition
Advantages and Disadvantages BOW
BOW implementation using NLTK
N Grams
N Gram BOW Implementation Using NLTK
TF-IDF Instituion
Advantages and Disadvantages of TF-IDF
TFIDF Practical implementation Python
Word Embeddings
Word2Vec Intuition
Word2Vec Cbow Intuition
SkipGram Indepth Intuition
Advantages of Word2Vec
AvgWord2vec Indepth Intuition
Word2vec Practical Implementation Gensim
Spam ham Project using BOW
Spam And Ham Project Using TFidf
Best Practises For Solving ML Problems
Part 1-Text Classification With Word2vec And AvgWord2vec
Part 2- Text Classification With Word2vec And AvgWord2vec
Part 1-Kindle Review Sentiment Analysis
Part 2- Kindle Review Sentiment Analysis
Introduction
Why Deep Learning is getting Popular?
3 - Perception Intuition
Advantages and Disadvantages of Perceptron
ANN Intuition and Learning
Back Propogation and Weight Updation
Chain Rule of Derivatives
Vanishing Gradient Problem and Sigmoid
Sigmoid Activation Function
Sigmoid Activation Function 2.0
Tanh Activation Function
Relu activation Function
Leaky Relu and Parametric Relu
ELU Activation Function
Softmax For Multiclass Classification
Which Activation Function To Apply When?
Loss Function Vs Cost Function
Regression Cost Function
Loss Function Classification Problem
Which Loss Function To Use When?
Gradient Descent Optimisers
SGD
Mini Batch With SGD
SGD With Momentum
Adagard
RMSPROP
Adam Optimiser
Exploding Gradient Problem
Weight Initialisation Techniques
Dropout Layers
CNN Introduction
Human Brain Vs CNN
All you need to Know about Images
Convolution Operation In CNN
Padding In CNN
Operation Of CNN Vs ANN
Max, Min and Average Pooling
Flattening and Fully Connected Layers
CNN example with RGB
Discussing Classification Problem Statement And Setting Up Vs Code
Feature Transformation Using Sklearn With ANN
Step By Step Training With ANN With Optimizer and Loss Functions
Prediction With Trained ANN Model
Integrating ANN Model With Streamlit Web APP
Deploying Streamlit web app with ANN Model
ANN Regresiion Practical Implementation
Finding Optimal Hidden Layers And Hidden Neurons In ANN
Problem Statement
Getting Started With Word Embedding Layers
Implementing Word Embedding With Keras Tensorflow
Loading And Understanding IMDB Dataset And Feature Engineering
Training Simple RNN With Embedding Layer
Prediction From Trained Simple RNN
End To End Streamlit Web App Integrated With RNN And deployment
Plan Of Action
What And Why To Use Transformers
Understanding the basic architecture of transformers
Self Attention Layer Working
Multi Head Attention
Feed Forward Neural Network With Multi Head Attention
Positional Encoding Indepth Intuition
Layer Normalization
Layer Normalization Examples
Complete Encoder transformer architecture
Decoder Transformer- Plan Of Action
Decoder Transformer- Masked Multi Head Attention Working
Encoder Decoder Multi Head Attention
Final Decoder Linear And Softmax Layer
Basic understanding of high school mathematics (algebra and statistics).
Familiarity with programming concepts (Python preferred).
Willingness to learn and apply theoretical and practical knowledge.
Access to a computer with internet connectivity for hands-on practice.
Master foundational and advanced Machine Learning and NLP concepts.
Apply theoretical and practical knowledge to real-world projects using Machine learning,NLP And MLOPS
Understand and implement mathematical principles behind ML algorithms.
Develop and optimize ML models using industry-standard tools and techniques.
Understand The Core intuition of Deep Learning such as optimizers,loss functions,neural networks and cnn