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Fundamentals of Computer Systems Code: Telecommunication Technologies and Services Engineering Level: Course number 1. Course area Computer Science 1. Course type Core course 1. Course level Undergraduate 1.

Credit allotment 6 1. Prerequisites Fundamentals of Computer Systems belongs to the Subject 1. Computer Science from the core course module of the Degree of Telecommunication Technologies and Services Engineering. This area contains three related subjects: Programming 1, Programming 2 and Multipledores of Computer Systems.

Minimum attendance requirement There are two options: Students can decide on one option at the start of the course and meet the different assessment requirement set for each model.

  LEY NO 27584 PDF

Faculty data Add uam. Basic knowledge about computers and their programming, operating systems, mutiplexores bases and engineering software.

Understanding a Multiplexer by Lucas Engineering

The main objectives of this course are related to: Fundamentals, description and use of computer systems. Introduction to multiplexorex systems: Introduction to data bases: General overview of the components of operating systems.

Basic concepts developed along the units dealing with operating system. Why studying operating systems, kinds of problems and solutions.

Design concepts associated to the execution control. Potential problems of concurrent task execution. Mutual exclusion in operating systems. Memory assignment to tasks and thrashing. Relations between hardware and virtual devices.


Different mechanisms of interaction with different devices. Basic concepts related to Data Bases. Basic DB structure design. Basic SQL writing and execution. Formal and systematized design of DB. Properties of relational design. Introduction to Operating Systems OS 1.

Processes and threads 2. Process Creation and end of process Process description: Processes, threads at kernel and user levels Scheduling 3. Principles Interaction among processes 4 de 6 Subject: Mutual exclusion Semaphores Deadlock Deadlock example: Dining philosophers problem 4. Requirements Partitioning Paging, segmentation and virtual memory principles Virtual memory based on paging Virtual memory based on segmentation Design and implementation issues 5.


Input and Output, file management 5. Introduction to Data Bases DB and its design 6. Concepts and definitions 6. Introduction to SQL 6. Entity relationship model 7.

Relational diagrams Funtional dependencies Normal forms Relational calculus 1. Course bibliography Operating Systems: Sistemas Operativos Modernos, de A.


Sistemas Operativos, de G. De Miguel y F. Fundamentos de Sistemas Operativos. Ramez Elmasri, Shamkant Navathe. Pearson Addison Wesley, Database Management Systems 3rd edition. The Complete Book 2nd edition. Hector Garcia-Molina, Jeffrey D.

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