You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Philosophers is a comprehensive guide and solution to the classic Dining Philosophers Problem in computer science. This project uses the C programming language and multithreading to implement a solution that prevents deadlocks and resource conflicts.
Philosophers is a project from the 42 school curriculum that explores concurrent programming with threads and mutexes, processes and semaphores. It is a variation on the famous dining philosophers problem.
[documented code / -pedantic -std=c89] - 42School variant of the dining philosophers problem to learn the basics of threading a process, how to create threads and use mutexes.
Often referred to as the Dining Philosophers Problem, is a classical synchronization problem that explores the challenges of resource sharing and deadlock avoidance.
This project serves as an introduction to multithreading. The purpose was to build two different programs to solve the famous dining philosophers problem, each with different constraints.
The 42 Philosophers project is a programming exercise to learn about concurrency and synchronization. Inspired by Dijkstra's philosopher problem, it simulates philosophers alternating between eating, thinking, and sleeping while avoiding deadlocks and starvation. It helps develop skills in managing threads, mutexes, and semaphores.
42 Philosophers: Philosophers is a project that involves solving the dining philosophers problem using threads and synchronization. The goal is to implement a solution where multiple philosophers can share a limited number of resources (such as forks) without encountering deadlocks or starvation.