A Performance Analysis of the M/M/1/K Queue Model via Discrete Event Simulation with Varied Service Orders
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Updated
Dec 20, 2024 - Python
A Performance Analysis of the M/M/1/K Queue Model via Discrete Event Simulation with Varied Service Orders
IM61011 - Stochastic Modelling course offered by the Industrial and Systems Engineering Department, IIT Kgp
Basic discrete event simulation of a queuing system. This simulation can be used as a basis for most other types of discrete-event simulations. This version is an example that simulates a G/G/c queuing system.
Generate random numbers in simulation based on theoritical probability distributions and queuing calculator for compare anaytical solution with calculated ones.
alx-backend concepts caching, pagination, unit and integratinon testing, i18n...
A repository containing all projects used to develop my back-end skills
This repository contains core backend projects organised into folders by topic. These projects are completed using Python and Javascript programming languages.
Backend concepts
This project simulates a custom multi-server queuing system, focusing on optimizing response times by adjusting server allocation between two groups. It includes both trace and random simulation modes for in-depth analysis.
Backend projects covering pagination, caching, internationalization (i18n), and queuing systems in JavaScript. These projects focus on efficient data handling, performance optimization, multi-language support, and asynchronous task management for building scalable applications.
Add a description, image, and links to the queuing-system topic page so that developers can more easily learn about it.
To associate your repository with the queuing-system topic, visit your repo's landing page and select "manage topics."