Java Synchronization Algorithms

This project demonstrates the implementation of classic synchronization algorithms in Java, including Dekker's, Lamport's, and Peterson's algorithms, along with an example of a semaphore. These implementations are designed to help understand the basics of process synchronization and mutual exclusion in concurrent programming.

Overview

• Dekker's Algorithm: Ensures mutual exclusion between two threads.
• Lamport's Bakery Algorithm: A more general algorithm that allows for mutual exclusion among N threads.
• Peterson's Algorithm: Simplifies Dekker's approach for two threads, ensuring mutual exclusion with a simpler logic.
• Semaphore Example: Demonstrates the use of semaphores to control access to a shared resource by multiple threads.

Main project of the mine-sightseeing simulation can be found in lab_src/src/simulation repository.

Getting Started

Prerequisites

• Java JDK 11 or later
• Your favorite IDE or text editor

Running the Examples

1. Clone the repository:

git clone https://your-repository-url-here.git](https://github.com/Floressek/concurrentLab_algorythms)

3. Navigate to the cloned directory:

cd java-synchronization-algorithms

3. Compile the Java files (example):

javac Zadanie_1/Dekker.java Zadanie_2/Peterson.java Zadanie_3/Lamport.java Zadanie_4/SemaphoreExample.java

4. Run the compiled Java classes (example):

java Zadanie_1.Dekker
java Zadanie_2.Peterson
java Zadanie_3.Lamport
java Zadanie_4.SemaphoreExample

Contributing

Contributions are welcome! Please feel free to submit a pull request.

License

This project is open-sourced under the MIT License. See the LICENSE file for more details.