- Introduction
- Coursework Highlights
- Features and Achievements
- Visual Showcase
- Packages and Tools
- Future Work
- Versioning
- Contributing
- Author
This repository documents my journey through 10 weeks of NLP assignments as part of my DATA 690 course. Covering a broad spectrum of NLP concepts and applications, it showcases theoretical explorations, practical implementations, and creative experiments with text processing, feature engineering, embeddings, and advanced topics like sentiment analysis and topic modeling.
🎯 Mission: To make complex NLP concepts accessible and implementable through well-organized code and insightful results.
- Explored foundational concepts and real-world applications.
- Techniques for mining insights from raw text.
- Key focus: Preprocessing and understanding textual patterns.
- Implemented tokenization, lemmatization, and text cleaning pipelines.
- Specialized in feature extraction techniques.
- Created embeddings and measured text similarity using cosine distance.
- Built custom parsers and trained POS tagging models.
- Developed extractive and abstractive summarization systems.
- Utilized Markov Chains and neural networks for text generation.
- Analyzed sentiments with supervised models and fine-tuned transformers.
- Conducted clustering of documents and semantic similarity scoring.
- Built models to classify text into categories using embeddings and traditional ML methods.
- Interactive Experiments: Implemented live demos of NLP models in Google Colab Notebooks.
- Custom Pipelines: Designed modular workflows for text processing.
- Comprehensive Examples: Each assignment includes examples and results for reproducibility.
- Visualization Tools: Used Matplotlib and Plotly for visual representations.
- Preprocessed data visualization.
- Embedding plots.
- Sentiment analysis heatmaps.
- Core Libraries: NLTK, SpaCy, TextBlob, Pandas, NumPy.
- Advanced Models: Hugging Face Transformers, BERT, PubMedBERT.
- Visualization: Matplotlib, Seaborn, Plotly.
- Development Tools: Jupyter Notebook, VS Code, Streamlit.
- Integrate advanced LLMs for deeper contextual understanding.
- Experiment with real-world datasets from APIs like Twitter or Wikipedia.
- Build a Streamlit-based interface for showcasing NLP models interactively.
- Version 1.0: Includes completed coursework from weeks 1–10 with all implemented assignments.
- Future Updates: Planned enhancements for interactivity and visualization.
Contributions are welcome! Submit your pull requests or raise issues for suggestions. Together, we can enhance this repository to benefit NLP enthusiasts.
Satheesh Meadi
Data Science Master’s Student | NLP Enthusiast
📧 Email: smeadi1@umbc.edu
📚 LinkedIn: https://www.linkedin.com/in/satheesh-meadi/