Abraham Silberchatz, et. al., 2018, Operating Systems Concepts (10th Edition), Ed. Wiley & Sons, ISBN 9781119320913.
"Operating Systems: Internals and Design Principles", 9th Edition, 2017, W. Stallings, Ed. Prentice Hall, ISBN-13: 978-0134670959
Computing Engineering
6155
6305
Operating Systems
ISLA Gaia6155-6305
1
4
0
27
Não
Português
The teaching methodology is based on Lectures and Laboratory Practice, where students have the opportunity to acquire a deep and direct experience of the main themes addressed in the course, by conducting studies and projects focused on the implementation of Operating Systems key features. Examples taken from some of the most widely used systems (Unix, Windows, …) are presented to illustrate the concepts presented.
Mandatory
At the end of the course, students must be able to:
Understand the principles of modern operating systems and identify their main components.
Understand the fundamental algorithms that govern the Operating Systems key components, as well as their most current optimizations.
Program examples of some of their most important algorithms (scheduler, file system, etc. ..)
To take advantage of the direct operating system interfaces to develop and optimize complex applications.
Introduction to Operating Systems
Processes
Threads and concurrency
CPU scheduling
Process synchronization
Deadlocks
Memory management
Mass storage management
File system
Virtualization
50% teórica
Exame sem consulta
50% prática
Vários labs/testes
Nota mínima de 9,5 em cada componente
Semestral
The course main objectives consist of presenting the Operating Systems’ fundamental principles so that students may acquire a detailed knowledge of their architecture and functionality, in order to acquire the knowledge and capabilities to utilize, configure and optimize this essential component of information systems.
