🖥️ CSE 405 - Operating Systems

Bridging Theory and Modern OS Practices Through Visual Learning

          [Student Code] --> [Kernel Concepts] --> [Industry Practice]
                  \                       |                       /
                   \                      |                      /
                    V          [Visual Learning Hub]          V

🌟 Course Highlights

• Interactive Simulators for process scheduling & memory management
• Real Linux Kernel 6.x code walkthroughs
• Cloud-Native OS case studies (Kubernetes, Firecracker)
• Visual Concept Maps using MermaidJS/D2 lang
• Industry AMAs with OS engineers from Microsoft, Red Hat

🎮 Try Our Interactive Tools

Tool	Description	Tech Stack
Process Scheduler Playground	Drag-n-drop scheduling algorithm visualizer	React + D3.js
Memory Management Sandbox	Animated page replacement demonstrations	Python + Matplotlib
Kernel Explorer	Guided Linux kernel code navigation	VS Code + CTags

🛠️ Industry Integration

graph LR
    A[Academic Concepts] --> B(Visual Learning Tools)
    B --> C{Industry Applications}
    C --> D[Cloud Infrastructure]
    C --> E[Embedded Systems]
    C --> F[Game Development]

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📚 Course Structure

1. Core Concepts:

   • Process Lifecycle Visualization
   • Deadlock Detection Simulator
   • File System Architecture Diagrams

2. Modern Systems:

   • Containerization vs Virtualization
   • eBPF for Observability
   • Real-Time OS Constraints

👥 How to Contribute

# 1. Fork this repository
# 2. Add your visual explainers/industry case studies
# 3. Submit PR with proper labeling:
#    - 📊 For visualizations
#    - 🏭 For industry content
#    - 🐛 For concept corrections

🔗 Connect & Learn

• Weekly OS Deep Dives every Thursday
• Linux Kernel Mailing List participation guide
• Virtual Office Hours: Calendar Link

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