Looking at 5G and Beyond from the Land of Guglielmo Marconi Prof. - - PowerPoint PPT Presentation

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Looking at 5G and Beyond from the Land of Guglielmo Marconi Prof. - - PowerPoint PPT Presentation

Looking at 5G and Beyond from the Land of Guglielmo Marconi Prof. Giovanni E. Corazza University of Bologna November 30, 2018 Covering a few cells 5G & Beyond HPC Human Creativity Evolving society and human skills HUMAN


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Looking at 5G and Beyond from the Land of Guglielmo Marconi

  • Prof. Giovanni E. Corazza – University of Bologna

November 30, 2018

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Covering a few cells

Human Creativity HPC 5G & Beyond

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Evolving society and human skills

INDUSTRIAL SOCIETY

 STANDARDIZATION  CONCENTRATION & SYNCHRONIZATION

INFORMATION SOCIETY

 PERSONALIZATION  DISTRIBUTION & S/T DESTRUCTURING POST-INFORMATION SOCIETY  HYPER-INTELLIGENCE  HYPER-CONNECTIVITY  HYPER-DISTRIBUTION

HUMAN SKILLSxIND

 EXPERTISE for KNOW-HOW  SPECIALIZATION  CREATIVITY FOR GENIUS

HUMAN SKILLSxINFO

 EXPERTISE for FILTERING  FLEXIBILITY  CREATIVITY FOR DIGNITY

HUMAN SKILLSxPOST-INFO

 EXPERTISE for A.I. CONTROL  HUMAN QUALITY  ENTREPRENEURSHIP  CREATIVITY FOR SURVIVAL

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NESTA (2015): Creativity vs. robots Probability of computarisation (p. 16)

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Creativity is a necessity for our survival !

The main take-away...

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Guglielmo Marconi: Inventor and Visionary

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Heinrich Hertz (1857-1894)

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The young Marconi: undergraduate passion

  • 1894 in

Villa Griffone

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Celestini’s hill: seizing the opportunity

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Believe in your intuition

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Facing resistance and irony

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A man with a destiny (Titanic 1912)

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Marconi: The visionary

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“I think I am safe in saying that if radio has already done so much for the safety

  • f

life at sea, for commerce, and for commercial and military communications it is also destined to bring new and, until recently, unforeseen

  • pportunities

for healthy recreation and instruction into the lives of millions

  • f human beings.”

[Guglielmo Marconi, 1922]

Forecasting Entertainment in 1922

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Broadcasting [...] is not

  • in

my

  • pinion
  • the

most significant part of modern communications, in so far as it is a one way communication. A far greater importance attaches, in my opinion, to the possibility afforded by radio of exchanging communications wherever the correspondents may be situated: whether in mid-ocean, or on the ice pack of the pole, or in the waste of a desert, or above the clouds in a airplane! [Guglielmo Marconi,”The Significance

  • f

Modern Communication”, March 1937]

Forecasting Personal Communications in 1937

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The world’s first mobile radio terminal! Circa 1900

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In radio we have a fitting tool for bringing the people

  • f

the world together, for letting their voices be heard, their needs and aspirations be manifested. The significance

  • f

this modern means

  • f

communication is thus fully revealed: a wide channel for the improvement

  • f
  • ur

mutual relations is available to us; we have

  • nly

to follow its course in a spirit

  • f

tolerance and sympathy, solicitous

  • f

exploiting the achievements

  • f

science and human ingenuity for the common well. [Guglielmo Marconi,”The Significance of Modern Communication”, March 1937]

Marconi’s legacy: innovation pro bono humanitate

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5G Spectrum Auction in Italy

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5G spectrum auction in Italy Available frequency blocks (75+200+1000 MHz)

703-708 708-713 713-718 718-723 723-728 728-733 733-738 738-743 743-748 748-753 753-758 758-763 763-768 768-773 773-778 778-783 783-788

abstract block abstract block abstract block abstract block abstract block abstract block

guard band

abstract block abstract block abstract block

PPDR (Public Protection & Disaster Relief)

abstract block abstract block abstract block abstract block abstract block abstract block abstract blocks: the exact positions in the spectrum were undefined

700 MHz band: 6 (2x5 MHz) FDD blocks, 3 (5 MHz) SDL blocks

FDD UPLIN K SDL FDD DOWN LIN K 3600-3620 3620-3640 3640-3660 3660-3680 3680-3700 3700-3720 3720-3740 3740-3760 3760-3780 3780-3800

20 20 20 20 20 20 3700 MHz band: 2 (80 MHz) TDD blocks, 2 (20 MHz) TDD blocks abstract blocks (120 MHz total) concrete block (80 MHz)

the exact position in the spectrum was pre-defined the exact positions in the spectrum were undefined

TDD

80 80 80 80

26500-26700 26700-26900 26900-27100 27100-27300 27300-27500

abstract block abstract block abstract block abstract block abstract block

TDD

abstract blocks: the exact positions in the spectrum were undefined

26 GHz band: 5 (200 MHz) TDD blocks

Final allotment to be defined after the auction

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Final outcome of the Simultaneous Multi‐Round Ascending (SMRA) auction

20  The blocks in the 700 MHz Supplemental DownLink band remained unassigned

After 171 rounds in 14 days the final revenue was over €6.5 billion!

Total offers [€]

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The 3700‐MHz band result was the most significant

21

Band Final price Increase wrt. reserve price Final price [€/MHz/Pop] 700 MHz 0.52% 0.56 3700 MHz (80MHz blocks) 965% 0.35 3700 MHz (20MHz blocks) 1119% 0.40 26 GHz 0.47% 0.0027

Most of the offers of the participants were focused on the 3700 MHz band Despite of the relatively high frequency the unitary cost nearly reached that of the 700 MHz band

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Research results from colleagues @ UNIBO

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Fog Computing: Energy and delay constrained solutions for 5G Scenarios

Rj

D2D communication Mobile F‐AP Fixed F‐AP FN FN – FN FN – F‐AP

x y

xj,yj xi,yi i,j

  • Joint Energy and delay constrained
  • ptimization of computational sharing
  • Centralized and Distributed solutions for

energy limited scenarios

  • Reliability‐driven optimization for

mobile urban scenarios

  • Heterogenous networking solution

based on control and data plane decoupling

[1] A. Bozorgchenani, D. Tarchi, and G. E. Corazza, “An energy‐aware offloading clustering approach (EAOCA) in fog computing,” in 2017 International Symposium on Wireless Communication Systems (ISWCS), Aug 2017, pp. 390–395. [2] A. Bozorgchenani, D. Tarchi, and G. E. Corazza, “An energy and delay efficient partial offloading technique for fog computing architectures,” in GLOBECOM 2017 ‐ 2017 IEEE Global Communications Conference, Dec. 2017. [3] A. Bozorgchenani, D. Tarchi, and G. E. Corazza, “Centralized and Distributed Architectures for Energy and Delay Efficient Fog Network based Edge Computing Services,” IEEE Transactions on Green Communications and Networking, submitted [4] A. Bozorgchenani, D. Tarchi, and G. E. Corazza, “A Control and Data Plane Split Approach for Partial Offloading in Mobile Fog Networks,” in 2018 IEEE Wireless Communications and Networking Conference, Apr 2018. [5] A. Bozorgchenani, D. Tarchi, and G. E. Corazza, “Mobile Edge Computing Partial Offloading Techniques for Mobile Urban Scenarios,” in GLOBECOM 2018 ‐ 2018 IEEE Global Communications Conference, Dec. 2017, accepted for publication.

Arash Bozorgchenani, Daniele Tarchi, and Giovanni Emanuele Corazza,

Department of Electrical, Electronic and Information Engineering, University of Bologna

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Massive Multiple Ac c ess via Coded Slotted AL OHA

(M. Chiani, E . Paolini – {marco.chiani,e.paolini}@unibo.it)

  • Multiple ac c e ss pro to c o ls fo r a massive numbe r o f unc o o rdinate d use rs

base d o n c o de s-o n-graphs and suc c e ssive inte rfe re nc e c anc e llatio n

  • Pe ak thro ughput muc h

large r than c lassic al AL OHA-base d sc he me s

  • Re liability base d o n

advanc e d signal pro c e ssing with no re transmissio ns

E . Pao lini, G. L iva, M. Chiani, “Co de d slo tte d AL OHA: A graph-base d me tho d fo r unc o o rdinate d multiple ac c e ss,” I E E E T

  • rans. I

nf. T he o ry, De c . 2015

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Dynamic Spec tr um Ac c ess

(M. Chiani, A. Gior getti – {marco.chiani,andrea.giorgetti}@unibo.it)

  • Wide band se nsing te c hnique s fo r agile spe c trum utilizatio n
  • A. Mariani, A. Giorgetti, and M. Chiani, "Wideband Spectrum Sensing by Model Order

Selection," IEEE Trans. on Wireless Comm., Dec. 2015.

  • A. Mariani, A. Giorgetti, and M. Chiani, “Effects of noise power estimation on energy detection for

cognitive radio applications,” IEEE Trans. Commun., Dec. 2011.

  • Blind se nsing base d o n

mo de l o rde r se le c tio n to

  • ve rc o me re c e ive r

impe rfe c tio ns (no ise po we r unc e rtainty)

  • E

xample : Pro bability to c o rre c tly e stimate the numbe r o f o c c upie d bins as a func tio n o f the numbe r N o f

  • bse rvatio ns, SNR = 0 dB

.

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26 Davide Dardari

Localization, C‐V2X and distributed processing for beyond 5G

  • Active and Passive localization (D. Dardari):
  • Ultra‐wide bandwidth (UWB) technologies
  • Crowd‐based learning and tracking algorithms
  • mm‐wave beamforming (5G initial access, single‐anchor localization)
  • Environment radio mapping  Crowd mapping and personal radar

for “mapless” and “infrastructureless” localization

  • Backscatter passive communication and power transfer
  • Simultaneously Localization and Mapping (SLAM)
  • 5G technologies for connected self‐driving cars (B. Masini – A. Bazzi): performance

evaluation of Cellular‐Vehicle to Everything (C‐V2X) and hybrid communications for future vehicular scenarios

  • Consensus algorithms (G. Pasolini – F. Zabini): computation of globally relevant statistics

exploiting only local communications among sensors applied to spectrum sensing, cooperative driving, drone formation and environmental monitoring.

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Research Line: UAV‐Aided Networking for B5G

  • Research topic:

Improved network flexibility achieved through UAVs carrying multi‐RAT base stations serving ground level devices.

  • Research goal:

Joint design of UAV trajectories and RRM/MAC.

  • Envisioned scenario:

Smart City IoT applications, service extension for mobile UEs.

  • Research collaborations:

Nokia (Dublin & Munich) University of Ghent, Belgium

A C

FOOT‐PRINT DRONE

A B C

h

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Achievements: UAV‐Aided Networking for B5G

  • Research field started: January 2016
  • Dynamic Simulation results:

(LTE‐based ground network + UAV) 3 IEEE conferences, 2 IEEE Journals

  • Mathematical results

(MILP‐based trajectory optimisation): 1 IEEE journal.

  • Research line headed by:
  • Prof. Roberto Verdone, Radio Networks
  • Other researchers involved:
  • C. Buratti, V. Cacchiani, S. Mignardi (UniBO)
  • F. Fuschini, M. Arpaio (UniBO)

Margot Deruyck (UniGhent) Adrian Garcia Rodriguez (Nokia Dublin)

Network Throughput Gain vs UAV height

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Beyond 5G?

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Networks ethics

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1927: Alfred North Whitehead

  • Creativity is the universal of universals
  • Creativity is the ultimate principle by which the many, which are

the universe disjunctively, become the one actual occasion, which is the universe conjunctively

=> Creativity is the ultimate metaphysical principle!

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Thank you!

  • Prof. Giovanni E. Corazza – University of Bologna

November 30, 2018