Simulation of the service of a restaurant, counts on the use of the threads, semaphores (mutual exclusion) and the known solutions of the problems producer/consumidor and writer/reader.

Repositório de resolução de exercícios da disciplina de Linguagem de Programação 3 do IFSP

Multi Threading in Java

This repo will be used to learn some of the advance concepts of java, that includes many fundamental topics from OOPs, Multithreading, Strams and lamdas to error handling

🚙🚘🚦 Simulación del proceso de fabricación de carros. Proyecto para la materia sistemas operativos. Universidad Metropolitana. Usando hilos y semáforos para revolver problemas escritor/lector y productor/consumidor.

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.

Advance Java concepts

Exercises for Operating Systems Exam @ Unifi - Concurrent access to data, threads, synchronisation with semaphores and synchronised methods.

A simple Smart TV project made for an Operating Systems Course to put synchronization concepts into practice such as Semaphores and Monitors. The project is written in Java.

sudokuValidator using Java Threads and Semaphores

A simulation of a taxi transport system using semaphores and mutual exclusion to synchronize the taxi and people threads.

fb-core-lib - a system library for developing multitasking applications (technology of functional blocks)

Utilização de semáforos juntamente com Threads em Java. Veja esta aplicação rodando em: https://www.youtube.com/watch?v=JClYdK103QQ&feature=youtu.be

Solution for the problem based on the Senate bus at Wellesley College

A multi-threaded Java simulation of a Car Wash and Gas Station implementing the classic Producer-Consumer problem. Features custom Semaphore and Mutex classes to manage shared resources and prevent race conditions, developed for the CS241 Operating Systems 1 course at Cairo University.

Simulation of an extended Dining Philosophers Problem to utilize semaphores, multithreading in distributed environment. Philosophers at 5 tables need two forks to eat. If deadlock occurs, one moves to a 6th table. The simulation ends when the 6th table deadlocks.

Respositório destinado a realização do trabalho 2, da disciplina de sistemas paralelos e distribuídos. Sob orientação do professor Fernando dos Santos.