From 0 to 1: Machine Learning, NLP & Python-Cut to the Chase
Here stands an exclusive chance for you to get acquainted and learn everything about Machine Learning, NLP & Python with this highly affordable course by a team of highly qualified & experienced instructors.
This course will provide you with all the practical as well as theoretical knowledge related to Machine Learning, NLP & Python. Also, it’ll help you in understanding the related complexities. Each and every concept in this course has been visually described and elaborated, in order to make it easy for you to understand and learn.
This course has 93 videos in total and will take you through all of these in maximum 20 hours. You can watch the videos at your own pace and accordingly can raise doubts or questions if you get stuck. For enrollment in this course all you need is understanding of undergraduate level mathematics, a bit of Python related knowledge would also be quite helpful.
This course has provided you with the source code and will teach you the undermentioned concepts:
- K-nearest Neighbours
- Supervector Machines
- Artificial Neural Networks
- K-means
- Hierarchical Clustering
- Principle Component Analysis
Natural Language Processing with Python:
- Corpora,
- Stop-words,
- sentence and word parsing,
- auto-summarization,
- sentiment analysis (as a special case of classification),
- TF-IDF, Document Distance,
Sentiment Analysis:
- Approaches to solving – Rule-Based ,
- ML-Based ,
- Training ,
- Feature Extraction,
- Sentiment Lexicons,
- Regular Expressions,
- Twitter API,
- Sentiment Analysis of Tweets with Python
Mitigating Over-fitting with Ensemble Learning:
- Decision tree learning,
- Over-fitting in decision trees,
- Techniques to mitigate over-fitting (cross validation, regularization),
- Ensemble learning and Random forests
Some exceptional benefits associated with this course enrollment are:
- Quality course material
- Instant & free course updates
- Access to all Questions & Answers initiated by other students as well
- Personalized support from the instructor’s end on any issue related to the course
- Few free lectures for a quick overview
Curriculum
- 15 Sections
- 92 Lessons
- 52 Weeks
- Introduction1
- Jump right in : Machine learning for Spam detection5
- 3.1Solving problems with computers2 Minutes
- 3.1Machine Learning: Why should you jump on the bandwagon?7 Minutes
- 3.1Plunging In – Machine Learning Approaches to Spam Detection12 Minutes
- 3.1Spam Detection with Machine Learning Continued11 Minutes
- 3.1Get the Lay of the Land : Types of Machine Learning Problems10 Minutes
- Solving Classification Problems10
- 5.1Solving Classification Problems1 Minute
- 5.2Random Variables11 Minutes
- 5.3Bayes Theorem12 Minutes
- 5.4Naive Bayes Classifier5 Minutes
- 5.5Naive Bayes Classifier : An example9 Minutes
- 5.6K-Nearest Neighbors13 Minutes
- 5.7K-Nearest Neighbors : A few wrinkles14 Minutes
- 5.8Support Vector Machines Introduced8 Minutes
- 5.9Support Vector Machines : Maximum Margin Hyperplane and Kernel Trick16 Minutes
- 5.10Artificial Neural Networks:Perceptrons Introduced11 Minutes
- Clustering as a form of Unsupervised learning2
- Association Detection1
- Dimensionality Reduction2
- Regression as a form of supervised learning2
- Natural Language Processing and Python18
- 10.1Applying ML to Natural Language Processing1 Minute
- 10.1Put it to work : News Article Classification using Naive Bayes Classifier19 Minutes
- 10.1Put it to work : News Article Clustering with K-Means and TF-IDF15 Minutes
- 10.1Document Distance using TF-IDF11 Minutes
- 10.1Python Drill : Classification with Naive Bayes8 Minutes
- 10.1Python Drill : Classification with KNN4 Minutes
- 10.1Python Drill : Feature Extraction with NLTK19 Minutes
- 10.1Python Drill : Scraping News Websites16 Minutes
- 10.1Put it to work : News Article Classification using K-Nearest Neighbors20 Minutes
- 10.1Installing Python – Anaconda and Pip9 Minutes
- 10.1Python Drill : Autosummarize News Articles III10 Minutes
- 10.1Python Drill : Autosummarize News Articles II11 Minutes
- 10.1Python Drill : Autosummarize News Articles I18 Minutes
- 10.1A Serious NLP Application : Text Auto Summarization using Python11 Minutes
- 10.1Web Scraping with BeautifulSoup18 Minutes
- 10.1Natural Language Processing with NLTK – See it in action14 Minutes
- 10.1Natural Language Processing with NLTK7 Minutes
- 10.1Python Drill : Clustering with K Means8 Minutes
- Sentiment Analysis10
- 11.1Solve Sentiment Analysis using Machine Learning3 Minutes
- 11.1Sentiment Analysis – What’s all the fuss about?17 Minutes
- 11.1ML Solutions for Sentiment Analysis – the devil is in the details20 Minutes
- 11.1Sentiment Lexicons ( with an introduction to WordNet and SentiWordNet)18 Minutes
- 11.1Regular Expressions18 Minutes
- 11.1Regular Expressions in Python6 Minutes
- 11.1Put it to work : Twitter Sentiment Analysis18 Minutes
- 11.1Twitter Sentiment Analysis – Work the API28 Minutes
- 11.1Twitter Sentiment Analysis – Regular Expressions for Preprocessing13 Minutes
- 11.1Twitter Sentiment Analysis – Naive Bayes, SVM and Sentiwordnet20 Minutes
- Decision Trees8
- 12.1Using Tree Based Models for Classification1 Minute
- 12.1Planting the seed – What are Decision Trees?17 Minutes
- 12.1Growing the Tree – Decision Tree Learning18 Minutes
- 12.1Branching out – Information Gain18 Minutes
- 12.1Decision Tree Algorithms7 Minutes
- 12.1Titanic : Decision Trees predict Survival (Kaggle) – I19 Minutes
- 12.1Titanic : Decision Trees predict Survival (Kaggle) – II14 Minutes
- 12.1Titanic : Decision Trees predict Survival (Kaggle) – III13 Minutes
- A Few Useful Things to Know About Over-fitting6
- 13.1Overfitting – the bane of Machine Learning19 Minutes
- 13.1Overfitting Continued11 Minutes
- 13.1Cross Validation18 Minutes
- 13.1Simplicity is a virtue – Regularization7 Minutes
- 13.1The Wisdom of Crowds – Ensemble Learning17 Minutes
- 13.1Ensemble Learning continued – Bagging, Boosting and Stacking18 Minutes
- Random Forests2
- Recommendation Systems11
- 16.1Solving Recommendation Problems1 Minute
- 16.1What do Amazon and Netflix have in common?16 Minutes
- 16.1Recommendation Engines – A look inside10 Minutes
- 16.1What are you made of? – Content-Based Filtering13 Minutes
- 16.1With a little help from friends – Collaborative Filtering10 Minutes
- 16.1A Neighbourhood Model for Collaborative Filtering18 Minutes
- 16.1Top Picks for You! – Recommendations with Neighbourhood Models10 Minutes
- 16.1Discover the Underlying Truth – Latent Factor Collaborative Filtering20 Minutes
- 16.1Latent Factor Collaborative Filtering contd.12 Minutes
- 16.1Gray Sheep and Shillings – Challenges with Collaborative Filtering8 Minutes
- 16.1The Apriori Algorithm for Association Rules18 Minutes
- Recommendation Systems in Python8
- 17.1Back to Basics : Numpy in Python18 Minutes
- 17.1Back to Basics : Numpy and Scipy in Python14 Minutes
- 17.1Movielens and Pandas16 Minutes
- 17.1What’s my favorite movie? – Data Analysis with Pandas6 Minutes
- 17.1Movie Recommendation with Nearest Neighbour CF18 Minutes
- 17.1Top Movie Picks (Nearest Neighbour CF)6 Minutes
- 17.1Movie Recommendations with Matrix Factorization18 Minutes
- 17.1Association Rules with the Apriori Algorithm10 Minutes
- A Taste of Deep Learning and Computer Vision6
An ex-Google, Stanford and Flipkart team
Loonycorn is a team by Janani Ravi and Vitthal Srinivasan, product of Stanford University and IIM Ahmedabad.
We hold several years of working experience in the field of technology in Bay Area, New York, Singapore and Bangalore.
Janani Ravi: 7 Years of work experience (Google, Flipkart and Microsoft)
Vitthal Srinivasan: Worked at Google, Flipkart, Credit Suisse and INSEAD
We have come together to teach and educate on various technological courses in the most easiest and entertaining manner. Also, our courses will be based on practical elaborations & illustrations.
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