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Process Synchronization Simulation: An Interactive Visualization Framework for Classic Concurrency Problems with Real-World Validation
Subject area: Science,Engineering and Technology · Area of research: Operating Systems
DOI: https://doi.org/10.64388/IREV9I6-1712959
Abstract
We have all seen students who struggle with the abstract nature of process synchronization is a crucial part in operating systems, but its dynamic behavior is notoriously hard to teach and learn. That?s why we created a hands-on, web-based tool.It is designed to bridge that gap.The system was built based on Python Flask, JavaScript, and HTML5.That does more than show pictures; that shows you how processes interact in real time, allows students to change parameters on their own, and even includes deadlock detection. Core of the Tool is a discrete-event simulation engine. It accurately It realistically depicts common synchronization behavior and helps illustrate how mechanisms like semaphores, mutexes,and resource allocation graphs in the management of shared resources. On the technical side, this is rock solid. Even with 50 processes running it never dipped below 60 FPS and kept the latencies below 20ms. We achieved an efficiency of 65.2% boost and a 46.8% reduction of costs. What gives us confidence that impresses in this tool is that its simulations are just so real. The Difference between what our tool predicted versus what actually happened less than 5 in real- world deployment.
Keywords
Process synchronization, concurrent program- ming, visualization, educational software, dining philosophers, producer-consumer, readers-writers, deadlock detection, smart parking, EV charging.
How to cite this paper
@article{1712959,
author = {Akash Reddy Ranabothu, Ragha Moulik Atmuri, Varshith Reddy Jamandla, Dr. J. Shajeena, Dr. S. Rahmath Nisha; Dr. Jubilant J. Kizhakkethottam},
title = {Process Synchronization Simulation: An Interactive Visualization Framework for Classic Concurrency Problems with Real-World Validation},
journal = {Iconic Research And Engineering Journals},
year = {2025},
volume = {9},
number = {6},
pages = {1712-1719},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1712959.pdf},
abstract = {We have all seen students who struggle with the abstract nature of process synchronization is a crucial part in operating systems, but its dynamic behavior is notoriously hard to teach and learn. That?s why we created a hands-on, web-based tool.It is designed to bridge that gap.The system was built based on Python Flask, JavaScript, and HTML5.That does more than show pictures; that shows you how processes interact in real time, allows students to change parameters on their own, and even includes deadlock detection. Core of the Tool is a discrete-event simulation engine. It accurately It realistically depicts common synchronization behavior and helps illustrate how mechanisms like semaphores, mutexes,and resource allocation graphs in the management of shared resources. On the technical side, this is rock solid. Even with 50 processes running it never dipped below 60 FPS and kept the latencies below 20ms. We achieved an efficiency of 65.2% boost and a 46.8% reduction of costs. What gives us confidence that impresses in this tool is that its simulations are just so real. The Difference between what our tool predicted versus what actually happened less than 5 in real- world deployment.},
keywords = {Process synchronization, concurrent program- ming, visualization, educational software, dining philosophers, producer-consumer, readers-writers, deadlock detection, smart parking, EV charging.},
month = {December},
doi = {https://doi.org/10.64388/IREV9I6-1712959}
}