Explore interactive visualizations of key operating system algorithms and concepts.
Click on any card below to learn more and see the algorithm in action.
Explore how an operating system starts from power-on. Understand the role of BIOS, bootloader, kernel loading, and system initialization.
Learn MoreExplore the life cycle of C programming, from writing code to compilation and execution. Understand how the OS manages resources during this process.
Learn MoreUnderstand how a process transitions through different states like New, Ready, Running, Waiting, and Terminated. Visualize how the OS schedules and manages processes.
Learn MoreExplore CPU scheduling algorithms like FCFS, SJF, Round Robin, and Priority Scheduling that determine which process runs at a given time.
Learn MoreUnderstand mechanisms like semaphores, monitors, and mutex that coordinate multiple processes to prevent race conditions.
Learn MoreVisualize the deadlock avoidance algorithm that determines whether allocating resources will lead to a safe or unsafe state.
Learn MoreVisualize the deadlock detection algorithm that determines whether there is deadlock or not using RAG(Resource Allocation Graph)
Learn MoreExplore First-Fit, Best-Fit, and Worst-Fit algorithms for allocating memory blocks to processes.
Learn MoreUnderstand FIFO, LRU, and Optimal page replacement strategies used in virtual memory management.
Learn MoreVisualize FCFS, SSTF, SCAN, C-SCAN, LOOK, and C-LOOK algorithms that optimize disk head movement.
Learn MoreExplore contiguous, linked, and indexed file allocation methods used in file systems.
Learn MoreUnderstand Multiprogramming with Fixed Tasks (MFT) and Multiprogramming with Variable Tasks (MVT) memory allocation schemes.
Learn MoreLearn how interrupts handle asynchronous events in an OS. Understand ISR, interrupt handling flow, and prioritization in system operations.
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