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1 1 Reda 2009 ICTmc Future Vision of Business Oriented Innovation in Wireless and Mobile Communication Sectors ICWMC 2009 Dr. Reda REDA ICTmc Vienna/Munich IARIA IFIP

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1 1 Reda 2009 ICTmc

Future Vision of Business Oriented Innovation in Wireless and Mobile

Communication Sectors

ICWMC 2009

Dr. Reda REDA •  ICTmc Vienna/Munich •  IARIA •  IFIP

2 2 Reda 2009 ICTmc

Overview

The Industry Vision

Mobility

Security & Trust

Techno-Economic

The ICT Evolution: Technology

3 3 Reda 2009 ICTmc

Overview

The Industry Vision

Mobility

Security & Trust

Techno-Economic

The ICT Evolution: Technology

4 4 Reda 2009 ICTmc

Meomry Capacity per Chip

5 5 Reda 2009 ICTmc

Number of Transistors per IC: Scales every 4-5 Y

6 6 Reda 2009 ICTmc

High Performance Computing HPC

•  The Top 500 Super Computers

•  Inependent Market Analysis

7 7 Reda 2009 ICTmc

HPC: Number 500

8 8 Reda 2009 ICTmc

HPC: Number One

9 9 Reda 2009 ICTmc

HPC: Number One

10 10 Reda 2009 ICTmc

HPC: Evolution Trend

11 11 Reda 2009 ICTmc

The New MC Trend

CPU vs GPU

12 12 Reda 2009 ICTmc

CPU

Single thread out

of cache

Program/Control

Data/Computation

Control

ALU

Cache DRAM

P1 P2 P3 P4

Pn’=P1+P2+P3+P4

13 13 Reda 2009 ICTmc

Example Fluid Algorithm

CPU GPU

Multiple passes

Single thread out

of cache

Program/Control

Data/Computation

Control

ALU

Cache DRAM

P1 P2 P3 P4

Pn’=P1+P2+P3+P4

ALU

Video Memory

Control

ALU

Control

ALU

Control

ALU

P1,P2 P3,P4

P1,P2 P3,P4

P1,P2 P3,P4

Pn’=P1+P2+P3+P4

Pn’=P1+P2+P3+P4

Pn’=P1+P2+P3+P4

14 14 Reda 2009 ICTmc

Example Fluid Algorithm

CPU GPGPU

GPU Computing

Multiple passes through video

memory Parallel execution through cache

Single thread out

of cache

Program/Control

Data/Computation

Control

ALU

Cache DRAM

P1 P2 P3 P4

Pn’=P1+P2+P3+P4

ALU

Video Memory

Control

ALU

Control

ALU

Control

ALU

P1,P2 P3,P4

P1,P2 P3,P4

P1,P2 P3,P4

Pn’=P1+P2+P3+P4

Pn’=P1+P2+P3+P4

Pn’=P1+P2+P3+P4

Parallel Data Cache

Thread Execution Manager

ALU

Control

ALU

Control

ALU

Control

ALU

DRAM

P1 P2 P3 P4 P5

Shared Data

Pn’=P1+P2+P3+P4

Pn’=P1+P2+P3+P4

Pn’=P1+P2+P3+P4

15 15 Reda 2009 ICTmc

The New/Future MC Applications

GPU Sensors Applications

16 16 Reda 2009 ICTmc

GPU Computing Example Markets

Computational Modeling

Computational Chemistry

Computational Medicine

Computational Science

Computational Biology

Computational Finance

Computational Geoscience

Image Processing

17 17 Reda 2009 ICTmc

Applications - Condensed

  3D image analysis   Adaptive radiation therapy   Acoustics   Astronomy   Audio   Automobile vision   Bioinfomatics   Biological simulation   Broadcast   Cellular automata   Computational Fluid Dynamics   Computer Vision   Cryptography   CT reconstruction   Data Mining   Digital cinema/projections   Electromagnetic simulation   Equity training

  Film   Financial - lots of areas   Languages   GIS   Holographics cinema   Imaging (lots)   Mathematics research   Military (lots)   Mine planning   Molecular dynamics   MRI reconstruction   Multispectral imaging   nbody   Network processing   Neural network   Oceanographic research   Optical inspection   Particle physics

  Protein folding   Quantum chemistry   Ray tracing   Radar   Reservoir simulation   Robotic vision/AI   Robotic surgery   Satellite data analysis   Seismic imaging   Surgery simulation   Surveillance   Ultrasound   Video conferencing   Telescope   Video surveillance   Visualization   Wireless   X-ray

18 18 Reda 2009 ICTmc

FI vs. IP

19 19 Reda 2009 ICTmc

Current OSI Model

20 20 Reda 2009 ICTmc

OSI Model vs. FI Model

21 21 Reda 2009 ICTmc

FI 3-Layers Model

22 22 Reda 2009 ICTmc

FI: The New Architecture

23 23 Reda 2009 ICTmc

Overview

The Industry Vision

Mobility

Security & Trust

Techno-Economic

The ICT Evolution: Technology

24 24 Reda 2009 ICTmc

Techno-Economics: The Big Picture

25 25 Reda 2009 ICTmc

IT & C : ICT Market

26 26 Reda 2009 ICTmc

Communication Market Worldwide

27 27 Reda 2009 ICTmc

Overview

The Industry Vision

Mobility

Security & Trust

Techno-Economic

The ICT Evolution: Technology

28 28 Reda 2009 ICTmc

Wireless Internet Access

0

500 000

1 000 000

1 500 000

2 000 000

1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010

Wireless all CAGR 2000-2010: 11%

Wireless Internet CAGR 2000-2010: 31%

29 29 Reda 2009 ICTmc

Wireless Standards

30 30 Reda 2009 ICTmc

Wireless Technologies / Standards & Mobility

31 31 Reda 2009 ICTmc

Vision of the 4G

32 32 Reda 2009 ICTmc

Nightmare of Heterogeneous Networking

33 33 Reda 2009 ICTmc

Overview

The Industry Vision

Mobility

Security & Trust

Techno-Economic

The ICT Evolution: Technology

34 34 Reda 2009 ICTmc

Overview

The Industry Vision

Mobility

Security & Trust

Techno-Economic

The ICT Evolution: Technology

35 35 Reda 2009 ICTmc

SECURITY ?

Do we have

36 36 Reda 2009 ICTmc

Tools Available to Achieve Site Security

37 37 Reda 2009 ICTmc

NASA – www.nasa.gov

38 38 Reda 2009 ICTmc

CNN – www.cnn.com

39 39 Reda 2009 ICTmc

NSA – www.nsa.gov

40 40 Reda 2009 ICTmc

Microsoft - www.microsoft.com

41 41 Reda 2009 ICTmc

Security Bla Bla …. Tools Available to Achieve Site Security

42 42 Reda 2009 ICTmc

Split-Out of the ICT Security Market

43 43 Reda 2009 ICTmc

Balance: A and C

Security Access

44 44 Reda 2009 ICTmc

SECURITY

The

R & D Trends

45 45 Reda 2009 ICTmc

… or quantum, etc.

Information may take different physical forms…

There is no information without a physical carrier, and no computation without a physical process. The laws of physics dictate what computations can be.

… mechanical,

… or bio-molecular,

… or electronic,

46 46 Reda 2009 ICTmc

A classical bit is, at every point in time:

- either in state 1: - or in state 0:

State of a classical bit: b ∈ {0,1} B ist ein element aus dem wertbereich 0 or 1

Classical Bit

A quantum bit (« qubit ») is, at every point in time:

- either in basis state |1®:

- or in basis state |0®:

Quantum Bit

- or in a superposition state, i.e. at the same time |1® and |0®:

State of a qubit: |ψ® ∈ Ε where E is a 2-dimensional vector space

47 47 Reda 2009 ICTmc

Overview

The Industry Vision: the Magic System

Mobility

Security & Trust

Techno-Economic

The ICT Evolution: Technology

48 48 Reda 2009 ICTmc

SOB BB- Wireless Core : FI with Best P. Best TMN of HN

Best Security and Trust + 4G + 380 mph + Seamless HO + 3S

System of the Year: Properties / Performance Paramaters:

49 49 Reda 2009 ICTmc

The Industry Dream for 2012 SOB BB- Wireless Core : FI with Best A. Best TMN of HN

Best Security and Trust + 4G + 380 mph + Seamless HO + 3S

System of the Year

50 50 Reda 2009 ICTmc

Thank You

Dr. Reda CEO: ICTmc Innovation Communication Technologies [email protected]