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5G WIRELESS NETWORKS

ACCADEMIC YEAR2016/2017

COD. 1006831

dati insegnamento:

DEGREE: COMMUNICATION ENGINEERING

TYPE OF COURSE: OPTIONAL SUBJECTS

LANGUAGE OF INSTRUCTION: English

LECTURERS:

CHATZINOTAS SYMEON

ACADEMIC YEAR: 2016/2017

YEAR OF STUDY: 1

SEMESTER: Second semester

NUMBER OF CREDITS: 6

CONTACT HOURS: 42

INDIVIDUAL WORK HOURS: 108

Learning outcomes of the course unit

This course will cover the most promising technologies investigated in the context of 5G wireless communications which are planned to be standardized and deployed by 2020. We will start with the main applications that have motivated a new generation of networks and explain various improvements that have been suggested in all communication layers. The attendees will be able to understand the limitations of current networks as well as the requirements of the next generation, motivated by the vertical industries. Furthermore, they will be able to study new architectural paradigms, as well as proposed evolutions in the networking and physical layer of communications.

Prerequisites

Digital Communications Theory
Wireless Communications
Basics of Networking Theory
Basics of Information Theory

Course contents summary

5G Wireless Networks
Vertical Industries
Technology Roadmapping
Architectural paradigms
Novel Networking Techniques
Physical Layer Advances

Course contents

Every class = 2 hours

Introduction to 5G. Traffic Projections. Key performance indicators and targets.
Wireless spectrum & Current Architecture.
5G Vertical Industries & Requirements / e-Health, Factories of the future
5G Vertical Industries & Requirements/ Energy, Automotive
Architectural paradigms/ Cloud RAN – Virtualization
Architectural paradigms/ From Macro to Pico-cells. HetNets, Self-Organized Networks.
Architectural paradigms/ Integration with Satellite, Optical.
Architectural paradigms/ Backhauling, Fronthauling.
Networking / Software Defined Networking, Network Function Virtualization
Networking / Information Centric Networking, Caching.
Physical Layer/ Precoding, Beamforming - Theory
Physical Layer/ Precoding, Beamforming - Exercises
Physical Layer/ Massive MIMO - Theory
Physical Layer/ Massive MIMO - Exercises
Physical Layer/ mmWave Frequencies, Hybrid Analog Digital -Theory
Physical Layer/ mmWave Frequencies, Hybrid Analog Digital -Exercises
Physical Layer/ Cooperation and Coordination in Cellular Systems – Theory
Physical Layer/ Cooperation and Coordination in Cellular Systems – Exercises
Physical Layer/ Cognitive Radio – Theory 1
Physical Layer/ Cognitive Radio – Theory 2
Physical Layer/ Cognitive Radio – Exercises
Physical Layer/ Energy efficiency
Physical Layer/ IoT
Revisit Architecture Topics – Q&A
Revisit Networking Topics – Q&A
Revisit PHY layer Topics – Q&A

Teaching methods

Lectures and exercises (approximately with a ratio 80%-20%).

Assessment methods and criteria

Written exams which include both theoretical and critical system design questions based on the taught material.

OTHER COURSES

YEAR: 1

5G WIRELESS NETWORKS
ADVANCED PHOTONICS
ANTENNAS FOR WIRELESS SYSTEMS
APPLIED ACOUSTICS
ARCHITECTURE OF DIGITAL SYSTEMS
DETECTION AND ESTIMATION
ECONOMIC STATISTICS
EMBEDDED SYSTEMS
ENVIRONMENTAL ECONOMICS
EUROPEAN ECONOMY
INFORMATION SYSTEMS
INFORMATION THEORY
INTERNET OF THINGS
MACHINE LEARNING FOR PATTERN RECOGNITION
MACHINE LEARNING FOR PATTERN RECOGNITION (1st MODULE)
MACHINE LEARNING FOR PATTERN RECOGNITION (2st MODULE)
NANOPHOTONICS
NETWORK PERFORMANCE
NETWORK SECURITY + LABORATORY
NETWORK SECURITY + LABORATORY (UNIT 1)
NETWORK SECURITY + LABORATORY (UNIT 2)
OPERATIONS RESEARCH
PARALLEL AND DISTRIBUTED COMPUTING
POLARIZED FIBER OPTIC TRANSMISSION
POWER CIRCUITS AND SYSTEMS

YEAR: 2

DIGITAL COMMUNICATIONS
OPTICAL COMMUNICATIONS
PHOTONIC DEVICES
WIRELESS COMMUNICATIONS

Università degli studi di Parma

via Università, 12 - I 43121 Parma

P.IVA 00308780345

tel. +390521902111

email: protocollo@pec.unipr.it

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