About the project.
Syslab is a comprehensive educational platform that transforms complex computer science theories into interactive visual experiences. Built with a focus on high-end UI/UX, the application features a futuristic dashboard environment where users can simulate kernel-level operations, network data flows, and database structures. The project strips away traditional web layouts in favor of an immersive 'OS-style' interface, complete with a simulated kernel boot sequence, glassmorphic UI elements, and real-time performance analytics for deep-level systems learning.
Features
>Real-time simulation of scheduling algorithms (FCFS, Priority, RR) with interactive Gantt charts.
Visualizes TCP 3-way handshakes and reliable data transfer with real-time cwnd graphing.
Interactive page replacement simulator (LRU, FIFO, Optimal) with efficiency gauges.
Dynamic B-Tree Index traversal visualization and simulated Disk I/O analytics.
A technical 'Kernel Console' for exploring lexical analysis, tokenization, and bytecode execution.
Includes a custom sidebar dock, a traveling 3D grid background, and professional-grade terminal feedback.
Features
>Tech Stack
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Vue 3Vue 3 with Composition API for flexible and reactive UI components.
TypeScriptTypeScript for robust, type-safe simulation algorithms.
Tailwind CSSUtility-first CSS for modern glassmorphism and animated layouts.
ViteHigh-performance build tool for rapid development and testing.
Motion@vueuse/motion for fluid spring-based animations and transitions.