Ateneo - UPO

Introduction to operating system, process and thread management, process and thread synchronization and concurrent programming, memory management. Process and thread management and synchronization in Unix.

A. S. Tanenbaum, H. Bos. Modern Operating Systems, 4th edition

Understanding the role and the main principles of operating systems, the basic notions on process and thread management and memory management.

Subjects of Computer Architecture, Programming 1 & 2

Standard lectures and programming sessions in the computer lab. Lectures point out the goals of mechanisms and policies for process and thread management and memory management. In the programming sessions students are followed in the implementation of programs making use of processes and threads. On the DIR platform students can find the suggested textbooks and additional material.

Written exam consisting in 4-10 questions on different course topics, including programming with system calls. The grade will be based on the score obtained on the single questions, where the evaluation takes into account the ability to organize knowledge and the appropriate use of technical terms.

General notions on the architecture of a multi-user system. Operating system kernel. Process and thread management. Process and thread synchronization, concurrent Programming. Deadlocks. Memory management. Processes in the Unix system. General notions on Unix system calls. System calls for process management, thread library. System calls and library functions for process and thread synchronization.

Knowledge and understanding: Understanding the role and the main principles of operating systems, the basic notions on process and thread management and memory management. Applying knowledge and understanding: Applying the general principles in a real system, in particular, using Unix system calls. Making judgements: students will be able to autonomously evaluate the best ways to use processes and threads and manage system memory. Communication skills: students will learn to communicate and justify the basic principles of operative systems.