Top Banner
Prof. Neil Gershenfeld Director http://cba.mit.edu/~neilg NSF CCR-0122419
18

The network of everything, The Internet 0

May 26, 2015

Download

Technology

swamy g

The principles that gave rise to the Internet are leading to the network of everyday devices, The Internet 0.
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: The network of everything, The Internet 0

Prof. Neil GershenfeldDirector

http://cba.mit.edu/~neilg

NSF CCR-0122419

Page 2: The network of everything, The Internet 0
Page 3: The network of everything, The Internet 0
Page 4: The network of everything, The Internet 0
Page 5: The network of everything, The Internet 0
Page 6: The network of everything, The Internet 0

I0 BeliefsI0 BeliefsI0 BeliefsI0 Beliefs

• IP to leaf nodes

• peers don’t need servers

• physical identity

• compiled standards

• open standards

• big bits

• end-to-end modulation

Page 7: The network of everything, The Internet 0

BigBigBitsBitsBigBigBitsBits

3x108 m/s / 100 m = 3x106 s-1

time

frequency

RFIRAC

Page 8: The network of everything, The Internet 0

End-To-EndEnd-To-EndModulationModulationEnd-To-EndEnd-To-EndModulationModulation

UDP, TCP

IP

SLIP

ASCII

8N1

start stop0 1 0 0 1 0 0 1

“I”

Δt

no numbers

Page 9: The network of everything, The Internet 0
Page 10: The network of everything, The Internet 0
Page 11: The network of everything, The Internet 0
Page 12: The network of everything, The Internet 0
Page 13: The network of everything, The Internet 0

Click CodingClick CodingClick CodingClick Coding

Page 14: The network of everything, The Internet 0

SEA: a Scalable Encryption AlgorithmSEA: a Scalable Encryption Algorithmfor Small Embedded Applicationsfor Small Embedded Applications

SEA: a Scalable Encryption AlgorithmSEA: a Scalable Encryption Algorithmfor Small Embedded Applicationsfor Small Embedded Applications

F.-X.Standaert, G. Piret, N. Gershenfeld, and J.-J. Quisquater ECRYPT Workshop on RFID and Lightweight Crypto, Graz, Austria (July 13-15, 2005)

Li Ri

Sr

R Ki

R

Li+1 Ri+1

-1

KLi KRi

r

Ci

KLi+1 KRi+1

SR

• Scalable

• Provable security against linear, differential cryptanalysis

• Provable diffusion

• Parallel encryption/decryption

• On-the-fly key derivation

• Space → time tradeoff

Page 15: The network of everything, The Internet 0

iii

xcxRxU

i

s.t.)(max

0

XCP :

Reno :2

HSTCP :1.2

Vegas :1

)1(log

)1()1()(

1

i

iii

x

xxU

iii

xRcxU

i

)(maxmaxmax0

IP TCPPHY

layering:

TCP flow control:

networking:

utility

routes

capacities

Protocols as Distributed OptimizationProtocols as Distributed OptimizationProtocols as Distributed OptimizationProtocols as Distributed Optimization

(Low, Chiang, Doyle,Kelly, Maulloo, Tan,

Mo, Walrand, ...)

Page 16: The network of everything, The Internet 0

IR

RF

powerline

multidrop

RFID

bar codes

mag stripe

telephone

telegraph

IRDA

Bluetooth

Homeplug

RS-485

ISO 18000/EPC

UPC

ANSI/ISO

V.92

Morse Code

Page 17: The network of everything, The Internet 0

http://cba.mit.edu/events/04.09.I0/

end-to-end modulation

interdevice internetworking

Page 18: The network of everything, The Internet 0

CambridgeUniversity

Press

Henry Holtand Company

http://cba.mit.edu/~neilg

Basic Books