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Course content:


26 sections    • 175 lectures   • 19 27mtotal length                                                                            Expand all sections

• Introduction


• How To Start This Course (Must Watch)


• Introducing NLP


• Data Science In The Real World: Part 1


• Data Science In The Real World: Part 2


• NLP In The Real World


• An Overview of NLP Methods


• Text Preprocessing


• Text Normalization


• Word Embeddings


• Build a Model, Transfer Learning. Testing & Evaluating a Model


• Python Terminology: Scripts, Modules, Packages Libraries


• What Is A Module?


• Create A Module


• Iniroducing This Section - Why learn these topics?


• Language Syntax - Noun Phrases y


• Syntax Constituents - NP VP PP


• Context-Free Grammar Part of Speech Tagging - NLTK Practical


• Useful Applications of Parsers


• Part 2: Useful Applications of Parsers


• Overview of This Section


• What is Tokenization? Introduction to the Linguistic theory for tokenization.


• Linguistic theory for Word Segmentation.


• The Role of Citicisation & Contractions in Tokenization


• Tokenization with NLTK


• Use Contractions Library To Expand Clitics


• Top Programming Languages Used In Industry 2020 Top Programming Languages Used In Industry 2020 Part 2: PHP Python in Industry 2020 Python vs For Data Science & NLD


• Open A New Colab Notebook


• Open.IPYNB Files in Google Colab & Find The Resource Folders For This Course


• Colab Settings


• Download Resource Workbook For This Section


• What Are Variables And Lists?


• Create Variables


• Create Lists


• IF, ELIF, ELSE Statements


• Statements with Multiple Conditions


• Functions: Part 1


• Functions: Part 2


• Functions: Part 2


• Python Terminology: Scripts, Modules, Packages Libraries


• What Is A Module?


• Create A Module


• Introducing This Section - Why learn these topics? Language Syntax - Noun Phrases


• Syntax Constituents - NP, VP, PP


• context-Free Grammar


• Part of Speech Tagging - NLTK Practical Useful Applications of Parsers


• Part 2: Useful Applications of Parsers


• Overview of This Section


• What is Tokenization? Introduction to the Linguistic theory for tokenization.


• Linguistic theory for Word Segmentation.


• The Role of Criticisation & Contractions in Tokenization


• Tokenization with NLTK


• Use Contractions Library To Expand Clitics


• Introducing Regular Expressions


• Word Segmentation using Python's.split() Sentence Segmentation using Python's split


• ReGex Split Method re.split() Regular Expressions


• Regex Substitute Method re.sub Regular Expressions


• Search Method using Regex re search Regular Expressions


• Part 1: Find All Emails in Contact Details | Regular Expressions re.findallo)


• Part 2: Find All Emails in Contact Details | Regular Expressions refindallo


• Grammar Syntax


• Grammar Syntax Part 2


• How To Construct A Parse Tree


• A Parse Tree Example


• Part 1: Parse Tree Practical Project - Import Libraries Part 2: Part Of Speech & Parse Functions | Practical


• Part 3: Output Parse Tree Practical


• What is Stemming?


• Stemming with 3 NLTK Methods - Practical


• Comparing Stemming Methods: Porter. Lancaster & Snowball


• What is Lernmatization?


• Lemmatization with NLTK - Practical


• Wordnet Resource


• Part 2 Lemmatization with NLTK Part-of-Speech & Lemmatization Precision


• Introducing The Project: Preprocessing Tweets


• Part 1: Preprocess Tweets Practical Load & Examine Dataset


• Part 2: Extract Hashtags - Preprocess Tweets Practical


• Part 3: Remove Usernames, Links, Non-ASCII & Use lower - Tweets Practical


• Part 4: Try Non-ASCII & Lower Case Functions on Sample Text


• Part 5: Stopwords Removal


• Part 6: Remove Email Addresses


• Part 7: Remove Digits & Special Characters


• Part 8: Clean Tweets In Dataset


• Part 9: Translate Emoj & Extra Cleaning


• Why Question Answering Systems Need NER


• Why Chatbots Need NER


• Part1: Load Spacy Pipeline Model Part 2: Spa y NER Attributes


• Twint An Open Source Intelligence Tool


• Twint Part 1: Setup & Installs


• Part 2: Install Libraries Part 3: Configure Twint Part 4: Configure Twint for Pandas Part 6: Search For Covid Tweets & Disney Cashtags


• Part 8: Save Scraped Tweets To OSV File


• Part 7: Add Username Configuration Part 9: Search Within Geographic Coordinates


• Part 10: Output Geographic Coordinate Search Results


• Biological Neurons


• Biological Neuron Illustrated


• Comparing Biological & Artificial Neuron Structures Perceptron Model


• Image Sources


• Part 1 Steam Game Reviews Project Classifier for Sentiment Analysis


• Part 2: Steam Game Reviews Classifier | Explore Dataset


• Part 3: Build Classifier | Steam Game Reviews


• Part 4 Split & Format Training Data Steam Game Reviews |


• Part 5 | Prepare Training Data | Steam Game Reviews | Part 6 | Train the Model Steam Game Reviews|


• Part 7: Testing the Model Steam Game Reviews


• Section Overview


• Flask Project: Part 1. Design The Web App's Frontpage With HTML.


• Part 2: Load Data for Sentiment Analysis Model


• Part 3: Adjust Dataset


• Part 3: Train Test Split & TFilDF Vectorization for Sentiment Model


• Part 4: Random Forest Model


• Part 5: Sklearn Pipeline


• Introducing Markov Chains


• Build A Probability Distribution Diagram


• Create A State Diagram


• Part 2: Create A State Diagram


• Part 1: Markov Chain - Practical


• Part 2: Define Markov Function


• Part 3: Probability Matrix Markov Chain - Practical. Part 4: Define Markov Chain Function - Practical


• Part 5: Complete & Run Markov Chain Function - Practical.


• Introducing This Chapter


• One Hot Encoding


• One Hot Encoding Example


• Word Document Matrix


• Co-Occurence Matrix Concept


• Co-Occurence Matrix (Practical)


• Part 2:00-Occurence Matrix (Practical)


• BBC News NMF Part 1: Explore Dataset


• Part 2: TF-IDF Vectorization


• Part 3: Extract Topics with NMF Function


• BBC News NMF Part 4: Assign Topics


• BBC News NMF Part 5: Create Filtered Dataset, With Only The Articles Needed


• BBC News NMF Part 6: Wordcloud With Filtered Articles


• Part 1: Create Summarizer


• Part 2: Scrape Wikipedia With Beautiful Soup


• Part 3: Addition Assignment Of Scraped Data


• Part 4: Clean Scraped Wiki Data


• Part 5: Tokenize


• Part 6: The Key & Values Method


• Part 7: Weighted Frequency


• Part 3: Output The Summary


• Create 4 Bag Of Words Vector Representation


• Bag Of Words VS Word Embeddings


• Calculate Cosine Similarity: BoW vs Word Embedding (Practical)


• Part 2: Calculate Dosine Similarity: BoW vs Word Embedding


• Part 7: Remove Digits & Special Characters


• Part 8: Clean Tweets In Dataset


• Part 9: Translate Emoj & Extra Cleaning


• Why Question Answering Systems Need NER


• Why Chatbots Need NER


• Part1: Load Spacy Pipeline Model Part 2: Spa y NER Attributes


• Twint An Open Source Intelligence Tool


• Twint Part 1: Setup & Installs


• Part 2: Install Libraries Part 3: Configure Twint Part 4: Configure Twint for Pandas Part 6: Search For Covid Tweets & Disney Cashtags


• Part 8: Save Scraped Tweets To OSV File


• Part 7: Add Username Configuration Part 9: Search Within Geographic Coordinates


• Part 10: Output Geographic Coordinate Search Results


• Biological Neurons


• Biological Neuron Illustrated


• Comparing Biological & Artificial Neuron Structures


• Perceptron Model


• Image Sources


• Part 1 Steam Game Reviews Project Classifier for Sentiment Analysis


• Part 2: Steam Game Reviews Classifier Explore Dataset


• Part 3: Build Classifier | Steam Game Reviews


• Part 4 Split & Format Training Data Steam Game Reviews


• Part 5 | Prepare Training Data Steam Game Reviews | Part 6 | Train the Model Steam Game Reviews |


• Part 7: Testing the Model Steam Game Reviews


• Flask Project: Part 1. Design The Web App's Frontpage With HTML.


• Part 2: Load Data for Sentiment Analysis Model


• Part 3: Adjust Dataset


• Part 3: Train Test Split & TFilDF Vectorization for Sentiment


• Part 4: Random Forest Model


• Part 5: Sklearn Pipeline


• Introducing Markov Chains


• Build A Probability Distribution Diagram


• Create A State Diagram Part 2: Create A State Diagram


• Part 1: Markov Chain - Practical


• Part 2: Define Markov Function


• Part 3: Probability Matrix. Markov Chain - Practical.


• Part 4: Define Markov Chain Function - Practical.


• Part 5: Complete & Run Markov Chain Function - Practical.


• Part 1: Create Summarizer


• Part 2: Scrape Wikipedia With Beautiful Soup


• Part 6: The Values Method


• Part 7: Weighted Frequency


• Part 8: Output The Summary


• Create 4 Bag Of Words Vector Representation


• Bag Of Words VS Word Embeddings Calculate Cosina Similarity: BoW vs Word Embedding (Practical) Part 2: Calculate Dosine Similarity: BoW vs Word Embedding


• Part 2: Calculate Cosine Similarity: Bow vs Word Embedding


• Introducing This Chapter


• One Hot Encoding


• One Hot Encoding Example


• o Word Document Matrix


• Co-Occurence Matrix Concept


• Co-Occurence Matrix (Practical)


• Part 2: Co-Occurence Matrix (Practical)


• BBC News NMF Part 1: Explore Dataset Part 2: TF-IDF Vectorization


• Part 3: Extract Topics with NMF Function


• BBC News NMF Part 4: Assign Topics


• BBC News NMF Part 5: Create Filtered Dataset, With Only The Articles Needed


• BBC News NMF Part 6: Wordcloud With Filtered Articles


• Part 1: Netflix Recommendation Project: Data Exploration


• Part 2: Preprocessing | Netflix Recommendation Project


• Part 3: Pre-trained Data | Netflix Recommendation System


• Part 4: Examine Similarities with most_similar Function


• Part 5: Write Vectorized Function | Netflix Recommendation System


• Part 6: Make function to Get Most Similar Shows Neiflix Recommendation Project


• Part 7: Sorted Function


• Part 8: Final Recommendation Output


• FakeNews LSTM Part 1: Import Libraries, Load Dataset


• FakeNews LSTM Part 2 Remove Null Values


• FakeNews LSTM Part3: Preprocess Data


• FakeNews LSTM Part4: One-Hot Encoding


• Part 4: Pad_Sequences


• Part 5: Create Sequential Model With the Addo Method


• Chatbot #1: Part1 - Rule-Based For Hard-Coded Exact Matching


• Chatbot #1: Part 2 - Rule-Based For Hard-Coded Exact Matching


• Chatbot #2: Rule-Based Using Keywords


• Setting Up & Clone Repository Get SQUAD Training Data


• Train The ALBERT Model On SQUAD


• Q&Model Configurations


• Setting Up The Model & Tensor Attributes


• Adjust The Hugging Face Function: SquadExample


• Hugging Face Model Outputs


• Hugging Face Compute_Predictions_Logits Method


• Run Predictions Function


• Try Questions On Custom Text Resources For SQUAD


• Jetsons Cartoon, Google Assistant: NLP & Sound Recognition


• Convert Speech to Text - Load Resource File


• Part 1: Convert Speech to Text Part 2: Pecognise Speech & Convert to Text


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