Often referred to as the Dining Philosophers Problem, is a classical synchronization problem that explores the challenges of resource sharing and deadlock avoidance.
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Updated
Jun 26, 2024 - C
Often referred to as the Dining Philosophers Problem, is a classical synchronization problem that explores the challenges of resource sharing and deadlock avoidance.
C program to simulate a process being starved due to resource unavailability. The user will be prompted to decide whether to wait or stop the process.
An introduction to multithreading and forking using mutexes with dining philosophers problem
Bash, Scheduling, Deadlock & Linux Commands
A classic restaurant deadlock example and solution on STM32 board using FreeRTOS
This project provides a concurrent programming solution to the classic problem, illustrating resource management and deadlock prevention. It serves as a practical example of problem-solving in a multithreaded environment.
Concurrent Solutions to the Dining Philosophers Problem using Threads (Mutexes) and Processes (Semaphores). Explore synchronized approaches to address the classic challenge of coordinating philosophers' dining interactions efficiently and prevent deadlocks.
FIT IOS 2. project centered around deadlocks
Implementation of the Dining Philosophers Problem
This project provides a solution to the classic philosoph's problem, illustrating resource management and deadlock prevention with an implementation of multi-threading.
A 2xx-level course, Operating Systems, offered to undergrads at IIIT-Delhi.
An implementation of the Dining Philosophers problem, focusing on concurrency control via mutexes and semaphores. This repo demonstrates how to manage multiple processes accessing shared resources, aiming to solve issues of deadlock and contention. Includes code examples and a guide.
An educational repository featuring hands-on examples and tutorials to understand the intricacies of Condition Variables and Mutex in multithreaded programming. This project aims to help developers synchronize threads safely, prevent deadlocks, and ensure efficient resource management
ands-on guide to Mutexes and Deadlocks in multi-threaded programming. Featuring clear explanations and code samples in multiple languages, it aims to be a go-to resource for developers, students, and educators. Learn how to avoid common pitfalls and improve your concurrent programs. Contributions welcome
Arquivos e materiais utilizados na disciplina GSI018 - Sistemas Operacionais da UFU.
Dining philosophers problem solution that avoids starvation and deadlock
Dining philosophers problem solved, synchronization issues...
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.
Standard Operating System Algorithms
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