• No results found

Interconnection in the Clouds

N/A
N/A
Protected

Academic year: 2021

Share "Interconnection in the Clouds"

Copied!
15
0
0

Loading.... (view fulltext now)

Full text

(1)

Interconnection in the Clouds

William Lehr & Steve Bauer

MIT

WIE2014

UCSD

(2)

© Lehr, 2014

Outline

•  Why “Cloud Interconnection” (and not just Internet Interconnection)

•  What are research/policy questions

2

(3)

Internet of Christmas Past

(4)

© Lehr, 2014

Connected Home

Prot

ocol

s

Platforms & Enablement (Horizontals)

Personal Devices W ea ra bl e C om pu tin g Fi tn ess Hea lth Fa m ily Lifestyle Spo rt s Pet s Toy s Mu si c/ Art / Vi deo Au tom at ion Mon itori ng Sec uri ty

Industries Industrial Internet

G ard en Hea lthc are Au tom ot ive Ret ai l Robo tic s G reen -tech Building Blocks Process ors /Sen sors Pa rt s/ Ki ts Serv ic es In cu ba tors Fu ndi ng D ist ribu tion C onn ect ivi ty/ D ev P la tform s C orp ora tes M2M Net w ork s O pen Sou rc e Pl at form s Soft w are/ D at a Pl at form s Sen sor Net w ork s 3 D Sc an / Pri nt Person al In terfa ces

© Matt Turck (@mattturck), David Rogg (@davidjrogg) & FirstMark Capital (@firstmarkcap) a

C loud M obil e Applications (Verticals) Tel ecom M2M In fr a-st ru ct ure

2G 3G 4G LTE CoAP 6LoWPAN LWM2M BiTXml

Asset Tra ck in g Sec uri ty Sm art G rid Tra ck er Agri -cu ltu re C oo ki ng Hu b Pa ym en t/ Lo ya lty D ron es/ Aero spa ce Port abl e W iFi 4

(5)

Cloud Interconnection – Policy Challenges

Internet becoming “cloud”

•  “packet transport” è transport + in-network storage/computing

•  (maybe also trust, payment model, or other value components)

•  “Internet” is essential socio-economic infrastructure.

Interconnection Policy Concerns

•  Universal service ó Availability, Affordability, Quality

•  Interoperability ó Reach, Competition, Complements/Substitutes •  Evolvability ó Innovation, (Entry barriers)

What is “Internet”?

(6)

© Lehr, 2014

Cloud Interconnection – today’s research question

6

SaaS

PaaS

IaaS

Q: How are IaaS/PaaS cloud platforms interconnected?

•  E.g., Amazon Web Services, Google Compute Engine, Joyent, etc.. •  (already asking this for CDN-ISPs …)

Q: Is performance different for different platforms?

•  What metrics/data needed? (How is measurement challenge different?)

Q: How easy is it to switch platforms?

•  (How easy was it for Netflix to switch its CDN strategy?)

Q: How does cloud architecture impact total costs/performance?

•  (Benefits of CDN/ISP joint cache positioning?)

Connected Home

Prot

ocol

s

Platforms & Enablement (Horizontals) Personal Devices W ea ra bl e C om pu tin g Fitn ess Hea lth Fa m ily Lifestyle Spo rts Pet s Toy s Mu sic/ Art /Video Au tom at ion Mon itori ng Sec uri ty

Industries Industrial Internet

Gard en Hea lthc are Au tom ot ive Ret ail Robo tic s Green -tech Building Blocks Process ors /Sen sors Pa rts/ Ki ts Serv ic es Incu ba tors Fu ndi ng D ist ribu tion C onn ect ivi ty/ D ev P latform s Corp ora tes M2M Net work s Open Sou rc e Pl at form s Soft w are/ Dat a Plat form s Sen sor Net w ork s 3D Sc an / Pri nt Person al In terfa ces

© Matt Turck (@mattturck), David Rogg (@davidjrogg) & FirstMark Capital (@firstmarkcap) a

Cloud Mobile Applications (Verticals) Tel ecom M2M In fra-st ru cture

2G 3G 4G LTE CoAP 6LoWPAN LWM2M BiTXml

AssetTrack in g Sec uri ty Sm artGrid Tra ck er Agri -cu ltu re Coo ki ng Hu b Pa ym en t/ Lo ya lty D ron es/ Aero spa ce Port abl e W iFi

(7)

Community Cloud -- mesh small cells -- last-mile muni-net -- local storage/computing Individual -- devices -- IoT Internet Cloud -- legacy Internet -- data centers -- ASPs Small cell AP Local Community -- (consumer) equipment -- end-users Wide World -- service providers

Q: End-user/Community deployed networks as access alternative?

•  Wireless makes feasible new vector of competition.

•  Wireless enables new models of connectivity (e.g., IoT)

Q: Policy challenges? Muni-networks, spectrum, local zoning….

Community Clouds – a step further

Q: Cloud functionality in local network?

•  Local storage/computing or rely on Internet cloud resources? •  Edge control of cloud resources?

(8)

© Lehr, 2014

If Internet Cloud is future….

8

Q: Is U.S. Post Office a vision of future of Internet? Intermodal Transit Railroads & Public

Transport

Highways & private vehicles

Power grid Renewables and

bidirectional grid

Large generation & long-haul transmission

Q: How did tech, market, and policy impact cloud design?

Q: FIA and Clouds: can we design the future we want?

•  Mobility: all resources subject to granular allocation (time, space, context) •  Dynamic: on-demand, real-time responsive (elastic supply)

•  End-user controllable (responsive to local context) •  Evolvable

(9)
(10)

© Lehr, 2014

Future vision: from Internet to Clouds

Pervasive computing:

•  everywhere/always/everything connected, aware and unaware •  IoT (M2M), Big Data, Clouds ó Real/Virtual world integration

Internet to Clouds

•  Packet transport => transport, storage, computing and more…. •  Future Internet Architectures

•  Flexible, customizable, end-user controlled •  From end-to-end to trusted-to-trusted

•  Mobile in all dimensions (time, space, context). Users/resources.

Infrastructure implications:

•  Smarts everywhere (edges, networks). Distributed intelligence. •  Wireless everywhere, all kinds/all uses (not just communication) •  Fat and Thin clients

•  Small cells: resources are local, dynamically controllable (owned?)

(11)

Broadband Future : Clouds & GigB

(100Mbps+ by 2020)

Pervasive computing vision

Always on/everywhere connected (wireless) Mobility

Real-time decision-making

Dynamic scalability, reliability, just-in-time

Drivers : exponential traffic growth…

Faster, cheaper, smaller CPU, displays, storage, I/O

Internet of Things

Video, interactivity, richer multimedia, automated

Mobility : Anywhere/Everywhere/All time scales

(12)

© Lehr, 2014

Clouds: next big thing for network providers?

Value proposition : transport + distributed computing + storage

Just-in-time/anywhere on-demand resources Resource pooling

Thin/thick clients, mobile/fixed, wired/wireless

Reliability: redundancy, diverse routing, security (?)

Energy efficiency & cost saving : scale economies, maintenance

Clouds: who owns assets? Customer relationship? Application?

XaaS (X=I, P, S, ?): General purpose/specialized? Public/private? Smart edges (Dumb pipes) v. Smart networks

Challenges: divide the pie!

Control ó Interoperability

Shared resources ó Cost recovery

Regulatory uncertainty: (telephony) PSTN è cloud computing utility

(13)

Cloud Services : $28B (2011)

è

$70.8B (2015)

(14)
(15)

References

Related documents

Reduce air pressure or increase fluid flow by turning fluid needle adjusting screw counter clockwise on suction feed, increase fluid pressure on pressure feed guns.. Jerky

TYPES Plain Chromic Braided Monofilament Braided Monofilament Braided Monofilament Monofilament Braided Monofilament Mulifilament Monofilament Braided Braided Monofilament

Hasil penelitian ini adalah sebuah robot parkir dengan 10 sensor photodioda sebagai pengikut garis yang digunakan untuk memarkirkan kendaraan pada lokasi- lokasi parkir yang masih

This understanding is seen in the nature of Estonia cyber security policy and strategies, which focus on resilience and agility of Estonian cyberspace.

applications. Furtherm~re, some estimators exhibit lower convergence rates than ..[ii, have non-normal distributions and may require bootstrapping in order to obtain the distrubution

1.) The study shows that the total supply of mortgage loans is low. 2.) The savings and loans strategy for housing finance is a viable strategy for housing finance

Taking in account the amino acid composition, although the chia seed and flours had a higher amount of essential amino acids than the wheat flour, the bread formulations with 5% and

In addition, we expect KL eccentricity oscillations in the orbit of the planet + moon system with respect to the central star due to the torque of the binary companion to be