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Semester 1 Overview

Welcome to the Semester 1 knowledge base! This semester focuses on building strong foundations in mathematics, statistics, and core machine learning concepts.

🎯 Semester Goals

The first semester is designed to:

  • Establish mathematical foundations essential for ML
  • Understand deep learning architectures and training
  • Master statistical methods for data analysis
  • Learn fundamental machine learning algorithms and techniques

📚 Course List

Core Courses

Course Code Focus Area Credits
Mathematical Foundations for ML S1-25_AIMLCZC416 Linear Algebra, Calculus, Optimization -
Deep Neural Networks S1-25_AIMLCZG511 Neural Networks, Deep Learning -
Introduction to Statistical Methods S1-25_AIMLCZC418 Probability, Statistics, Inference -
Machine Learning S1-25_AIMLCZG565 ML Algorithms, Model Evaluation -

📈 Learning Path

graph TD
    A[Mathematical Foundations] --> B[Statistical Methods]
    A --> C[Machine Learning]
    B --> C
    C --> D[Deep Neural Networks]
    A --> D

🎓 Key Concepts

This semester covers several interconnected areas:

  1. Mathematical Foundations: The language of ML
  2. Statistical Methods: Understanding data and uncertainty
  3. Machine Learning: Core algorithms and techniques
  4. Deep Learning: Advanced neural network architectures

📝 Blogs & Good Reads

🎯 Must-Read Collections

📄 Research Papers & Collections
  • 🌟 Must-Read Papers for ML/DL - Curated collection of essential papers
  • Topics: Neural Networks, CNNs, RNNs, GANs, Transformers, NLP, Computer Vision
  • Includes foundational papers with reading priority rankings (🥇🥈🥉)
  • Community-driven with 1.3k+ stars

Add more paper collections as you discover them

📰 Blogs & Articles

Add your favorite ML/AI blogs and articles here

  • Example categories:
  • Technical deep-dives
  • Industry insights
  • Research updates
  • Tutorials and guides
🔗 Useful Resources & Links

Add other useful learning resources here

  • Online courses
  • Interactive tutorials
  • Tools and frameworks
  • Community forums

Navigate to individual course pages to explore detailed content, notes, and resources.