Who Needs 5G

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© All rights reserved Who needs 5G ? Hans D. Schotten University of Kaiserslautern German Research Center for Artificial Intelligence DFKI GmbH

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Who Needs 5G

Transcript of Who Needs 5G

  • All rights reserved

    Who needs 5G ?Hans D. Schotten

    University of Kaiserslautern

    German Research Center for Artificial Intelligence DFKI GmbH

  • Public Mobile Communications

    Mobile data volume

    20x Mobile data volume until 201670x Mobile data volume until 2020

    2x number of subscribers

    ( 2013: 100% global penetration)

    Fast growing cost-revenue gap

    time

    Revenues

    Traffic cost revenuegap

  • Public Mobile Communications

    Mobile data volume

    20x Mobile data volume until 201670x Mobile data volume until 2020

    2x number of subscribers

    ( 2013: 100% global penetration)

    Long Term Evolution of LTE

    (linear evolution)

    or

    Long Term Evolution of LTE

    (linear evolution)

    or

    Fast growing cost-revenue gap

    or

    Something new

    (5G)?

    or

    Something new

    (5G)?

  • Internet of Things and Services

    10x connected devices (50 B)

    Ultra long stand-by time (10 y)

    Internet of Things25 million containers

    110 million pets

    8000cargoes

    Deep indoor coverage (+ 20 dB)

    High reliability (99.999%)

    Low cost and energy consumption

    Up and down scalability

    255 million cars

    3.7 million vending machines

    345 million energy meters

    Quelle: Wikipedia

  • Tele-Presence, Human in The Loop

    Source: www.darpa.mil

  • Tele-Presence, Human in The Loop

    Tele-Presence, Human in the loop: Operation in dangerous environments

    Source: www.darpa.mil

    Operation in dangerous environments (nuclear power plants)

    Removal of satellites and space waste in earth orbits

    Off-shore operations, .

  • Networked & Collaborative Augmented Reality

    Source: www.trendforscher.eu/sven-gabor-janszky

    http://www.bouwprofs.net/profiles/blogs/mobiele-augmented-reality-voor-de-bouwSource: www.theguardian.com/technlogy

    Source: http://www.vuzix.com/augmented-reality/

  • Networked & Collaborative Augmented Reality

    Source: www.trendforscher.eu/sven-gabor-janszky

    Collaborate Augmented Cognition/RealityFreeview

    First responders & PPDR

    http://www.bouwprofs.net/profiles/blogs/mobiele-augmented-reality-voor-de-bouwSource: www.theguardian.com/technlogy

    Source: http://www.vuzix.com/augmented-reality/

    Driver assistance / remote driving

    Construction and maintenance

    Marketing and entertainment,

  • Human in The Loop

    Operation Lindbergh, 2001First tele-surgery New York Straburg (Source: Websurg, Virtual surgical university,Siehe Deml, PhD thesis)

    MiroSurge & DLR

    9

    MiroSurge & DLR(Source: www.dlr.de/rm/en)

  • Control

    Feedback

    Tele-presence Augmented Cognition

    Response

    Request

    Human in The Loop

    10

    Fast application response time:

    o below 10 ms in order to avoid cyber-sickness

    o below 1-2 ms air interface RTT

    High reliability and availability

  • Safety-Critical Applications

  • Safety-Critical Applications

    Well defined availability (e.g., 95% of any 100m railway track)

    High reliability (99.999%)

  • 30 x higher smart-phone density (up to 12000 devices per km^2)

    10 x connected devices (WWRF: 1000 x )

    100 x higher average data rate

    1000 x mobile data volume

    Challenges

    Minimum 99% availability instead of 95% in average

    Realtime capability (incl. application)

    Significantly reduced energy consumption

    Constantly decreasing cost per bit received

  • What is 5G ?

    Long term evolution of LTE, i.e., linear evolution

    plus reliability, availability, fast response times, energy-efficiency, ?

    One size fits it all solutions?

    Efficient adaptation to changing requirements.

    Decoupling HW and SW innovations.

    Build a reconfigurable infrastructure based on SDN, NFV,

    and wireless edge computing.

    Integrate new enablers

  • 5G Design Options

    voice

    SMS

    email

    web

    video

    car-to-car

    alerts

    M2M

    augmented reality

    tracking

    PPDR

    industry

    mobilerobotics

    gaming

    required QoS

    supported QoS

    GSM / EDGE

    WLAN

    HSPA

    WiMAX

    LTEmoving cells

    sharedspectrum

    D2D

    NFVLTE-Adownload zones

    contextawareness

    edgecomputing

    ultra-densification

    massivemachine-type communicationspositioning

    reliable links

  • 5G Design Options

    voice

    SMS

    email

    web

    video

    car-to-car

    alerts

    M2M

    augmented reality

    tracking

    PPDR

    industry

    mobilerobotics

    gaming

    required QoS

    supported QoS

    GSM / EDGE

    WLAN

    HSPA

    WiMAX

    LTEmoving cells

    sharedspectrum

    D2D

    NFVLTE-Adownload zones

    contextawareness

    edgecomputing

    ultra-densification

    Auto-Integration

    RA

    Nm

    odera

    tion

    Extendable QoSframework

    massivemachine-type communicationspositioning

    reliable links

  • 5G Design Options - METIS

    voice

    SMS

    email

    web

    video

    car-to-car

    alerts

    M2M

    augmented reality

    tracking

    PPDR

    industry

    mobilerobotics

    gaming

    required QoS

    supported QoS

    GSM / EDGE

    WLAN

    HSPA

    WiMAX

    LTEmoving cells

    sharedspectrum

    D2D

    NFVLTE-Adownload zones

    contextawareness

    edgecomputing

    ultra-densification

    Auto-Integration

    RA

    Nm

    odera

    tion

    Extendable QoSframework

    massivemachine-type communicationspositioning

    reliable links

    METISMETIS

    METIS

  • Edge Computing

  • Edge Computing

  • Edge Computing

    New business models

    Local HW pools

    Combination with NFV Application mobility Security

  • Ultra Reliable Communications

    Application requests ultra-reliable link with specific parameters

    Air interface determines / predicts availability and / or requests resources

    Air interface reports availability to application Air interface reports availability to application with a high and pre-defined reliability

    with a high time resolution

    allowing application to inform user about non-availability

    METIS will provide a concept for ultra-reliable communications.

  • 1000 x Story

    Potential of new AIs ?

    Super MIMO ?

    Download zones ?

    Potential of new AIs ?

    Super MIMO ?

    Download zones ?

    Capacity grows ~ # nodes

    Aggressive sleep modeoperation might allowfaster growth

    Capacity grows ~ # nodes

    Aggressive sleep modeoperation might allowfaster growth

    Usage efficiency (ASA / LSA, shared usageconcepts)

    Additional spectrum in >

    Usage efficiency (ASA / LSA, shared usageconcepts)

    Additional spectrum in >

    Air Interface Efficiency

    DensificationNew Spectrum andUsage Efficiency

    Download zones ? Download zones ? faster growth

    Efficient implementationusing context awareness

    faster growth

    Efficient implementationusing context awareness

    Additional spectrum in > 10 GHz (mid- to long-termoption)

    Additional spectrum in > 10 GHz (mid- to long-termoption)

    METIS already provides first results on the potential of these options.

  • , [email protected]

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