Operating System Code in Python 3

Implementation of multiple producer-consumer system where producers create prioritized jobs

Tutorial on Creating threads using Python and sharing data between threads

WIP Multi-Producer Multi-Consumer, ultra fast queue type for the Unreal Engine 5.

Producer and Consumer are part of an application. The producer access a two dim matrix of int (of 100 x 100) and produces the memory address as an item and store it in a array of pointers to int. The consumers compete and get an entry of the array that corresponds to a row, and finds the number of primes in that row and adds it to a shared sum

Rust / C++ Implementation of the three execution models used in concurrent programming

Research paper on Multi-Threading vs. Multi-Processing applies to Operating System & Application. The research analyzes the fundamental of multiprocess and multithreading programming. The report paper also explains the basics of how operating system functions, and OS Scheduler Algorithms. I also implement the Producer-Consumer Problem using Conditional Variables to explain. This is not a full program. The research paper can be used as a good fundamental for Multithreading Engineers or embedded System Engineers.

Middleware based on blockchain data structures ensures updated, compliant, in sequence, fault-tolerant, and buffered data flow between any kind of producers and consumers.

The implementation of Producer-Consumer Problem on Windows.

Multiple producers and consumers

Shared memory buffer with Semaphores

Explore a collection of ready-to-use code solutions for common problems, disk scheduling, shell programming and page scheduling.

This is a Java desktop application with a graphical user interface (GUI) built using Swing. The application simulates a cargo train system that solves the classic Producer-Consumer problem by coordinating the transport of boxes between two locations, A and B, using multiple threads and semaphores.

An implementation of the producer-consumer problem which is visually aided with dashboard to view the current commodities being produced and consumed, the program is implemented using shared memory, semaphores and mutexes in C.

Assignment files used for OS Lab UE18CS305

This repo is about the final assigment on the real-time embedded systems class . (8th Semester -ECE AUTH)

A simple example of webscraper in python, fastapi, redis, rabbitmq, async events processing

To test various methods for ELT

Thread handling with semaphores and running alternate threads odd than even considering the time of arrival and making sure no deadlock and starvation at the end releases all the threads.

@42sp Labs Selection Process Challenge | 4th Edition

This repository offers C++ solutions for addressing multithreading challenges like race conditions, deadlocks, and thread safety, equipping developers to build efficient, concurrent applications using advanced synchronization techniques and best practices.

Udacity Data Streaming project based on Apache Kafka

C++ code to solve producer consumer problem using threads and semaphores

A Multi-Threaded News System designed to produce, sort, and display articles. The third assignment for the Operating Systems course at Bar Ilan University

I recently tackled the classic Producer-Consumer problem using Java and multithreading. This problem is a fundamental example in concurrent programming, showcasing how producers and consumers can work together while sharing a common buffer.

Concurrent web server using producer-consumer problem with different scheduling policies - Shortest File First, Shortest File Name First, First in First Out, and security.

TicketWave represents a system that enables the smooth and continuous flow of ticket transactions in real time, ensuring a seamless experience for users.

(CS341) Operating Systems: Assignment 1 - The Producer-Consumer Problem

This repository contains some codes of CPU Scheduling , Memory Management and certain algorithms I've learnt while studying operating systems

Thread-safe producer–consumer queue implemented in Python, showcasing monitor-style synchronization with threading.Condition, deterministic concurrency testing, and clean, lock-safe design.