'Operating System Concepts' - Solutions to exercises and projects
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Updated
Mar 20, 2017 - C
'Operating System Concepts' - Solutions to exercises and projects
Basic operating system concepts in c language.
This is a solution to famous Dining Philospers Problem.
[Operating System Course Project] Ice Cream Factory Problem - This program creates a simulation of an ice cream shop where multiple customers are entertained with preventing race condition. It is written in pure C only.
A new Deadlock avoidance algorithm is created using C language which when compared is more efficient than the Bankers algorithm
Implementação do código usando programação paralela em C no problema clássico de Jantar dos Filósofos.
Programs for the Operating Systems Lab in Semester 4
Algorithms implemented in Operating Systems course at PES University, B'lore
This repository has some implemented algorithms which one comes across in while taking an Operating System course.
A 2xx-level course, Operating Systems, offered to undergrads at IIIT-Delhi.
My operating system codes for summer semester 2017.
Deadlock avoidance (resource management) project for Operating Systems class
Implementation of the Dining Philosophers Problem
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.
Parallel Programming. Deadlock problem. Deixtra task.
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.
Avoid deadlocks and synchronise threads to use resources equally.Using pthreads. AUEB Computer Science course Operating Systems.
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
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.
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