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Corso di studi: WCN-LM COMPUTER ENGINEERING ( Corso di Laurea
Magistrale )
2014
Piani di studio
Computer Systems and Networks
Enterprise Systems
Computer Systems and Networks
Primo anno
Advanced topics in computer systems and networks (9 cfu)
Computer architecture (9 cfu)
Concurrent and distributed systems (9 cfu)
Electronics and communications Systems (9 cfu)
Intelligent Systems (6 cfu)
Performance evaluation of Computer Systems and networks (9 cfu)
Security in networked computing systems (9 cfu)
Secondo anno
Advanced Network Architectures and Wireless Systems (9 cfu)
Automated systems and robotics (6 cfu)
Final examination (18 cfu)
Free activity (9 cfu)
Information systems and Software systems engineering (12 cfu)
Mobile and Pervasive Systems (6 cfu)
Enterprise Systems
Primo anno
Computer architecture (9 cfu)
Concurrent and distributed systems (9 cfu)
Electronics and communications Systems (9 cfu)
Intelligent Systems (6 cfu)
Performance evaluation of Computer Systems and networks (9 cfu)
Security in networked computing systems (9 cfu)
Supply chain and operations management (9 cfu)
Secondo anno
Business Intelligence (9 cfu)
Final examination (18 cfu)
Free activity (9 cfu)
Information systems and Software systems engineering (12 cfu)
Mobile and Pervasive Systems (6 cfu)
Process-driven Information Systems (6 cfu)
Attività formative
Advanced Network Architectures and Wireless Systems ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: a) Scheduling algorithms, protocols and architectures to handle
Quality of Service in the Internet; b) Multihop wireless systems with specific emphasis on
mesh wireless networks and LTE; c) The Internet as a complex system; The course is in
four parts. Part 1: Protocol and architectural issues. Part 2: Issues related to a wireless
multi-hop environment and how they are reflected in the design of mesh network systems
and long term evolution systems. . Part 3: Internet of Things. Part 4: The Internet as a
complex network.
▪ Modalità di verifica finale: Oral test + Lab project
▪ Propedeuticità e obblighi di frequenza :
▪ Semestre: Primo semestre
Moduli
Denominazione
Ore didattica
frontale
Cfu
Advanced network Architectures and
9
Wireless Systems
Docente
ENZO
(09395)
90
MINGOZZI
Advanced topics in computer systems and networks ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: The course has two objectives. First, it covers theoretical and
practical aspects related to data structures and algorithms, data compression, networking
and operating systems. Second, it aims to give students a significant hands-on experience
in application and system programming, through lab experiments and by requiring the
submission of 2-3 group projects, including the modification of some existing application.
The course is organized in three main parts: Part 1 deals with data compression, covering
fundamental algorithms for lossless compression . Part 2 deals with systems
programming. Part 3 covers advanced networking topics. Finally, the lab part covers a
number of tools to help in the development and performance evaluation of efficient and
portable software.
▪ Modalità di verifica finale: Lab projects and oral test.
▪ Semestre: Secondo semestre
Moduli
Denominazione
Ore didattica
frontale
Cfu
Advanced topics in computer systems
9
and networks
90
Docente
LUIGI
(07834)
RIZZO
Automated systems and robotics ( 6 Cfu)
▪ Cfu: 6
▪ Obiettivi formativi: The objective of this course is to introduce the basic control theories
for digital systems. The course introduces to physical modeling problems and reviews
typical architectures for the control of electro-mechanical systems. The course will enable
students to understand electronic circuits and design the related control software for the
control of mechanical systems.
▪ Modalità di verifica finale: Written test - Oral examination
▪ Semestre: Primo semestre
Moduli
Denominazione
Cfu Ore didattica frontale
Automated systems and robotics 6
Business Intelligence ( 9 Cfu)
▪ Cfu: 9
60
Docente
LORENZO POLLINI (80135)
▪ Obiettivi formativi: The course aims to introduce the main concepts and techniques used
in business intelligence for extracting and analyzing business data. In particular, the
course will focus on the main aspects of data mining: data preprocessing, data
warehouse, frequent pattern mining, classification, prediction, clustering and outlier
detection. The course will deal in sequence with the following aspects related to data
mining. Preliminary data analysis. Data Preprocessing. Data warehouse. Frequent pattern
mining. Classification. Clustering. Outlier detection.
▪ Modalità di verifica finale: Oral exam + Lab project
▪ Semestre: Primo semestre
Moduli
Denominazione
Business
laboratory
intelligence
Business intelligence
Ore didattica
frontale
Cfu
6
60
3
30
Docente
FRANCESCO
(08716)
MARCELLONI
Computer architecture ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: Il corso presenta l’organizzazione dei sistemi informatici ad alte
prestazioni e le metodologie utilizzate per progettare e valutare tali sistemi. In
particolare, vengono descritti i processori ad alte prestazioni, i sistemi multiprocessore,
sia in modalità on chip che distribuita (DSM, Cluster, Grid, Cloud), e le necessarie
infrastrutture di supporto (memorizzazione, storage, interconnessione, e virtualizzazione).
L’applicazione di tali sistemi viene mostrata nella realizzazione di varie tipologie di servizi
Enterprise, con accento sulle architetture e le metodologie di valutazione. Le tecniche per
completano il programma.
▪ Modalità di verifica finale: Oral exam + practical project
▪ Semestre: Secondo semestre
Moduli
Denominazione
Ore didattica
frontale
Cfu
Laboratory of design and evaluation of
3
computer systems
30
Computer architecture
90
6
Docente
COSIMO
ANTONIO
PRETE (07437)
Concurrent and distributed systems ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: The objective of this course is to teach the theoretical background and
the basic methodologies for developing time sensitive applications with high degree of
concurrency and a set of performance requirements. The course enables the students to
design and analyze real-time software in several application domains, as sensory
ystems.
▪ Modalità di verifica finale: Written exam and practical project.
▪ Semestre: Primo semestre
Moduli
Denominazione
Ore didattica
frontale
Cfu
Concurrent and distributed systems 9
Docente
ALESSIO
(80022)
60
BECHINI
Electronics and communications Systems ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: The aim of the course is twofold, as it is organized in two modules. In
the first module, the objective is to enable students to master digital integrated circuit
design trade-offs. Experience state-of-the-art electronic design automation tools and highlevel design methodologies for FPGA and semi-custom technologies. Understand sensor
based electronic systems including sensor measurements, conditioning and sensor data
fusion. In the second module, the objective is to describe the main architectural features
and the underlying technology of the communication systems and equipment that is used
in the field of networking, and to provide specific examples of communication systems
using such technologies. In particular, the students i) will build-up a general knowledge of
the basic technologies that enable the design of wired (copper, fiber) and wireless
communication systems; ii) will bear a specific knowledge of the main standard for
communications in the transport and access network, and iii) will evaluate the relevance
of such standards and technologies in the general context of a wide-area digital
communications and computing network.
▪ Modalità di verifica finale: Oral exam and practical electronic project
▪ Semestre: Primo semestre
Moduli
Denominazione
Cfu
Ore didattica frontale
Docente
Electronic systems
5
50
LUCA FANUCCI (10900)
Communication systems
4
40
MARCO LUISE (07384)
Final examination ( 18 Cfu)
▪ Cfu: 18
▪ Modalità di verifica finale: Final examination
▪ Semestre: Annuale
Moduli
Denominazione
Final examination
Cfu
18
Ore didattica frontale
Docente
0
Free activity ( 9 Cfu)
▪ Cfu: 9
▪ Modalità di verifica finale: depending on the choice
▪ Semestre: Annuale
Moduli
Denominazione
Free activity
Cfu
9
Ore didattica frontale
0
Docente
Information systems and Software systems engineering ( 12 Cfu)
▪ Cfu: 12
▪ Obiettivi formativi: The aim is to show advanced techniques for designing database
management systems and software systems. This course is organized in two sections
addressing different issues in the design of software systems. The first section provides
advanced databases management systems topics to be used in the context of information
systems. The second part addresses software system development issues taking account
the quality of both the development process and the produced system.
▪ Modalità di verifica finale: Oral exam + Lab project
▪ Semestre: Annuale
Moduli
Denominazione
Ore didattica
frontale
Cfu
Docente
Software system engineering
6
60
GIGLIOLA VAGLINI (04542)
Information systems
6
60
CINZIA
(08669)
BERNARDESCHI
Intelligent Systems ( 6 Cfu)
▪ Cfu: 6
▪ Obiettivi formativi: This course aims to offer students with the opportunity to learn the
basic concepts and models of computational intelligence, to have a thorough
understanding of the associated computational techniques, such as artificial neural
networks, fuzzy systems and genetic algorithms, and to know how to apply them to a wide
variety of application areas. The major focus of the course will be on the use of intelligent
computing.
▪ Modalità di verifica finale: Oral exam and lab project. The lab project consists in the
development of an intelligent system.
▪ Semestre: Secondo semestre
Moduli
Denominazione
Intelligent systems
Cfu
6
Ore didattica frontale
60
Docente
BEATRICE LAZZERINI (05933)
Mobile and Pervasive Systems ( 6 Cfu)
▪ Cfu: 6
▪ Obiettivi formativi: The course enables the students to understand the properties,
architectures and application areas of mobile and pervasive distributed systems, and to
learn the basic methodologies for designing applications using different mobile and
pervasive platforms. The course is organized in lectures and laboratory sessions. In
laboratory sessions students will exercise with mainstream technologies for designing
smartphones-based client applications and wireless sensing applications. Mobile
applications and their integration with the back-end servers will be developed using
different platforms (e.g., JME, Android, iOS).
▪ Modalità di verifica finale: Oral exam + Lab project
▪ Semestre: Secondo semestre
Moduli
Denominazione
Mobile and Pervasive Systems
Cfu
Ore didattica frontale
6
60
Docente
MARCO AVVENUTI (08147)
Multimedia information management ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: Providing students with solid background on Multimedia Information
Retrieval, Multimedia Content Based Retrieval, Automated Multimedia Content
Understanding, Multimedia Data Mining.Understanding the challenges and issues related
to effectiveness, efficiency, and scalability when dealing with very large (web scale)
multimedia data sets. The course aims at covering both the theoretical foundations and
the practical aspects of Multimedia Information Management and Retrieval. The main
topics addressed in the course are Text-Based Retrieval, Multimedia Content Analysis,
Multimedia Content Description, Computer Vision.
▪ Modalità di verifica finale: Lab projects and oral exam
Networked Embedded Systems ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: The objective of this course is to teach the theoretical background and
the basic methodologies for developing networked embedded systems and applications.
The course enables the students to design and implement applications, based on wireless
sensor networks and networked embedded devices, in several application domains,
including environmental and structural monitoring, e-health, logistics, smart buildings,
etc.The course is organized in three sections addressing different issues in the design of
networked embedded systems and applications The first section covers architectural
issues. The second part addresses software issues. The third section addresses
methodologies for managing the complexity of data and developing context-aware and
situation-aware applications.
▪ Modalità di verifica finale: Oral exam + Lab project
▪ Semestre: Secondo semestre
Moduli
Denominazione
Networked Embedded Systems
Ore didattica
frontale
Cfu
9
90
Docente
GIUSEPPE
(08149)
ANASTASI
Performance evaluation of Computer Systems and networks ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: Main aim: modelling and analysis of queuing systems, with
applications in networking, computers, and services. Topics include discrete-time and
discrete-state Markov chains, birth-death processes and simple Markovian queues,
networks of queues and product form networks, single and multi-server queues. The
course will cover state of the art results leading to research opportunities. Discrete-time
simulation will be also thoroughly developed as a technique for assessing the
performance of computers, networks and services. The course is in three parts. Part 1:
review of all the prerequisites from applied probability that are needed for a basic course
in queuing systems. Part 2: Explores both the theory and application of fundamental and
advanced queuing models. Part 3: The basic principles of discrete-event simulations,
covering simulation workflow, data structures used in simulation, random variable
generation, transient elimination and output data analysis.
▪ Modalità di verifica finale: Written and oral tests.
▪ Semestre: Primo semestre
Moduli
Denominazione
Performance evaluation
Systems and networks
of
Ore didattica
frontale
Cfu
Computer
9
90
Docente
GIOVANNI
(80368)
STEA
Process-driven Information Systems ( 6 Cfu)
▪ Cfu: 6
▪ Obiettivi formativi: the course aims at providing knowledge and experience essential for
designing and deploying enterprise information systems that are driven by process
models. Students are trained on how to model and implement non-trivial software
applications in a specific business process management system. The main topics are
advanced process modeling and simulation: methods, notations and tools. Data models
connected to workflow models. The model-driven approach and the business process
execution. The evolution of enterprise systems architectures. Different languages are
studied, showing how standards can fit into the picture.
▪ Modalità di verifica finale: Lab projects and oral exam.
Security in networked computing systems ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: The objective of this course is to introduce the theorethical
background and the basic methodologies and solutions to develop secure distributed
applications. The course enables the students to design and implement secure distributed
applications in several application domains including electronic payments, enterprise and
e-health. This course is organized in three parts addressing different issues . Part 1
(algorithms). Part 2 (protocols). Part 3 (applications).
▪ Modalità di verifica finale: Written exam + Lab project
▪ Semestre: Secondo semestre
Moduli
Denominazione
Security in networked computing
9
systems
Ore didattica
frontale
Cfu
90
Docente
GIANLUCA
(08333)
DINI
Supply chain and operations management ( 9 Cfu)
▪ Cfu: 9
▪ Obiettivi formativi: The course aim is to make the students able to a) Perform the correct
choice to develop a suitable management system into a organization b) Use main methods
for analyzing and sizing productive and logistic systems c) Use BPMN tools to model and
simulate processes The main topics are the characteristics of different management
system models. The critical analysis of the process approach management system. The
etc.).
▪ Modalità di verifica finale: Written exam
▪ Semestre: Secondo semestre
Moduli
Denominazione
Supply chain
management
and
operations
Ore didattica
frontale
Cfu
9
90
Docente
GIONATA
(70122)
CARMIGNANI
Gruppi Attività formative
Free choice - Insegnamenti attivati di anno in anno dal corso di studio per completare
la preparazione degli studenti. (cfu 9 )
Multimedia information management (cfu 9)
Networked Embedded Systems (cfu 9)