marimo-team /
learn
π A curated collection of marimo notebooks for education.
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NayeemHossenJim / repository
π A curated collection of Machine Learning projects and algorithm implementations in Python. Focused on foundational ML concepts, data preprocessing, and model building using libraries like scikit-learn and pandas. Developed as part of my continuous learning and portfolio-building in applied machine learning.
A comprehensive, production-grade machine learning repository showcasing expertise from foundational concepts to enterprise-level implementations
This portfolio demonstrates a systematic progression through the entire machine learning ecosystem, showcasing foundational knowledge to advanced techniques and enterprise-level deployment practices. The portfolio is designed to cater to both beginners who wish to grasp the fundamentals and professionals who are aiming for production-ready skills. Each project, module, and section is crafted to present industry-best practices and real-world applications.
βββ **Python Basics**
β βββ Core programming concepts
β βββ Data structures & algorithms
β βββ Object-Oriented Programming
β
βββ **Data Manipulation with NumPy**
β βββ Advanced Array Operations
β βββ Performance Optimization
β
βββ **Data Analysis with Pandas**
β βββ ETL pipeline development
β βββ Advanced Dataframe manipulation
β
βββ **Visualization with Matplotlib**
βββ Interactive Visualizations
βββ High-Quality Graphics for Publications
βββ **Supervised Learning**
β βββ Linear & Logistic Regression
β βββ Decision Trees & Random Forests
β βββ Support Vector Machines
β
βββ **Unsupervised Learning**
β βββ Clustering Algorithms (K-Means, DBSCAN)
β βββ Dimensionality Reduction (PCA, t-SNE)
β
βββ **Model Optimization & Evaluation**
β βββ Cross-validation techniques
β βββ Hyperparameter tuning
β βββ Production-level deployment strategies
Production-Ready Machine Learning Microservice
Key Features:
# Python Setup & Dependencies
pip install numpy pandas matplotlib scikit-learn fastapi uvicorn tensorflow
| Project | Accuracy | Impact |
|---|---|---|
| π Real Estate Valuation | 92.4% | Cost-saving in market forecasting |
| π° Economic Forecasting | 89.7% | Provided policy recommendations |
| ποΈ Market Analysis | 94.1% | Optimized investment strategies |
| Project | F1-Score | Status |
|---|---|---|
| πΈ Iris Species Recognition | 98.9% | Deployed |
| π’ Titanic Survival Analysis | 84.3% | Research Complete |
| π§ Spam Detection | 96.7% | Production-Ready |
| Project | Innovation | Value |
|---|---|---|
| π₯ Customer Segmentation | Behavioral Clusters | 23% Revenue Increase |
| π©Ί Healthcare Prediction | Early Risk Detection | Improved patient care systems |
graph LR
A[Python] --> B[NumPy + Pandas]
B --> C[Supervised Learning]
C --> D[Production-Ready Models]
D --> E[Real-World Impact]
"Transforming Data into Intelligent Solutions"
Selected from shared topics, language and repository descriptionβnot editorial ratings.
marimo-team /
π A curated collection of marimo notebooks for education.
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A curated collection of my LeetCode solutions written in Python, categorized by difficulty and topic. π I'm building this repository as part of my focused journey toward mastering Data Structures & Algorithms, optimizing problem-solving speed.