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Banker's AlgorithmX
Banker's AlgorithmX Overview:
Banker's AlgorithmX is a comprehensive, interactive implementation of Dijkstra's Banker's Algorithm for deadlock avoidance in operating systems. Built with modern web technologies, it provides real-time visualization, step-by-step algorithm execution, and comprehensive testing capabilities.
Key Features
Interactive Algorithm Simulator
Real-time Visualization & Educational Tools
Resource Request Processing & Validation
Deadlock Avoidance Modeling
Year
2025
Role
Design Engineer Software Engineer • Frontend
Resources
Objectives:
Provide real-time visualization and step-by-step algorithm execution.
Implement Dijkstra's safety checking and resource request processing.
Deliver an intuitive interface optimized for desktop and mobile.
Maintain >90% test coverage with robust error handling.
Serve as a production-quality educational tool for OS courses.
Scope of Work:
The Banker's Algorithm Simulator provides the fastest path from theory to practical understanding through these steps:
Algorithm Engineering: Translating Dijkstra's theoretical framework into a robust TypeScript implementation.
Interactive Interface: Building a dynamic matrix editor and real-time state visualization.
Animation & Feedback: Integrating Framer Motion for smooth state transitions and actionable reporting.
Testing & Reliability: Establishing a 31+ test case suite ensuring 100% core logic coverage.
Architecture: Structuring a clean, microservices-inspired hybrid app with optimized Next.js builds.
Documentation: Crafting extensive theoretical guides and setup instructions for CS students.
A high-fidelity, interactive simulator that bridges the gap between academic theory and practical software engineering, making complex OS concepts accessible to all.
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