Philosophers
A high-performance, thread-safe solution to the classic dining philosophers synchronization problem, implemented in C using POSIX threads and mutexes.What is the Dining Philosophers Problem?
The dining philosophers problem is a classic synchronization challenge in concurrent programming. It illustrates the difficulties of resource allocation and deadlock avoidance in multi-threaded systems.Problem Description
Learn about the classic problem and its challenges
Our Solution
Explore our thread-based implementation
Get Started
Installation
Build and compile the project
Usage Guide
Run your first simulation
Command Line Arguments
Configure simulation parameters
Function Reference
Browse the complete API
Key Features
Thread-Safe
Uses POSIX threads and mutexes for safe concurrent execution
Deadlock Prevention
Implements strategies to prevent deadlock and race conditions
Configurable
Fully customizable timing and philosopher count parameters
Real-Time Monitoring
Dedicated monitor thread tracks philosopher states
Color-Coded Output
Visual console output for easy state tracking
Performance Optimized
Efficient mutex-based synchronization with minimal overhead
Core Concepts
Threading Model
Understand the thread architecture
Synchronization
Learn about mutex-based fork management
Deadlock Prevention
Explore our deadlock avoidance strategy
Data Structures
Review the core data structures