Natural Language Processing (NLP) - AI/Robotics Training Course
Natural Language Processing transforms raw text into actionable intelligence, enabling machines to comprehend human communication. Explores fundamental techniques spanning corpus analysis, sentence structure parsing, text preprocessing pipelines, and dimensionality reduction through SVD and NMF methods. Guides participants through practical implementations of document clustering, topic modelling, sentiment analysis, named entity recognition, and Latent Dirichlet Allocation using Python. Equips practitioners to build intelligent text analytics systems for automated content classification and search.
This course is available as onsite live training in Macao or online live training.Course Outline
Detailed training outline
- Introduction to NLP
- Understanding NLP
- NLP Frameworks
- Commercial applications of NLP
- Scraping data from the web
- Working with various APIs to retrieve text data
- Working and storing text corpora saving content and relevant metadata
- Advantages of using Python and NLTK crash course
- Practical Understanding of a Corpus and Dataset
- Why do we need a corpus?
- Corpus Analysis
- Types of data attributes
- Different file formats for corpora
- Preparing a dataset for NLP applications
- Understanding the Structure of a Sentences
- Components of NLP
- Natural language understanding
- Morphological analysis - stem, word, token, speech tags
- Syntactic analysis
- Semantic analysis
- Handling ambigiuty
- Text data preprocessing
- Corpus- raw text
- Sentence tokenization
- Stemming for raw text
- Lemmization of raw text
- Stop word removal
- Corpus-raw sentences
- Word tokenization
- Word lemmatization
- Working with Term-Document/Document-Term matrices
- Text tokenization into n-grams and sentences
- Practical and customized preprocessing
- Corpus- raw text
- Analyzing Text data
- Basic feature of NLP
- Parsers and parsing
- POS tagging and taggers
- Name entity recognition
- N-grams
- Bag of words
- Statistical features of NLP
- Concepts of Linear algebra for NLP
- Probabilistic theory for NLP
- TF-IDF
- Vectorization
- Encoders and Decoders
- Normalization
- Probabilistic Models
- Advanced feature engineering and NLP
- Basics of word2vec
- Components of word2vec model
- Logic of the word2vec model
- Extension of the word2vec concept
- Application of word2vec model
- Case study: Application of bag of words: automatic text summarization using simplified and true Luhn's algorithms
- Basic feature of NLP
- Document Clustering, Classification and Topic Modeling
- Document clustering and pattern mining (hierarchical clustering, k-means, clustering, etc.)
- Comparing and classifying documents using TFIDF, Jaccard and cosine distance measures
- Document classifcication using Naïve Bayes and Maximum Entropy
- Identifying Important Text Elements
- Reducing dimensionality: Principal Component Analysis, Singular Value Decomposition non-negative matrix factorization
- Topic modeling and information retrieval using Latent Semantic Analysis
- Entity Extraction, Sentiment Analysis and Advanced Topic Modeling
- Positive vs. negative: degree of sentiment
- Item Response Theory
- Part of speech tagging and its application: finding people, places and organizations mentioned in text
- Advanced topic modeling: Latent Dirichlet Allocation
- Case studies
- Mining unstructured user reviews
- Sentiment classification and visualization of Product Review Data
- Mining search logs for usage patterns
- Text classification
- Topic modelling
Requirements
Knowledge and awareness of NLP principals and an appreciation of AI application in business
Need help picking the right course?
macao@nobleprog.com or +852 81990613
Natural Language Processing (NLP) - AI/Robotics Training Course - Enquiry
Natural Language Processing (NLP) - AI/Robotics - Consultancy Enquiry
Testimonials (1)
Individual support
Simon the 2nd - Cboost
Course - ROS: Programming for Robotics
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