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Bill Bartling April, 2006 Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Bill Bartling Adjunct Professor of Adjunct Professor of Geology Geology San Diego State University San Diego State University Concept and guidance courtesy of Dr. Eric Frost, San Diego State University

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Page 1: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

Virtual Electronic Connectivity in the Future

Virtual Electronic Connectivity in the Future

What will it look like?What will it look like?

Bill BartlingBill BartlingAdjunct Professor of GeologyAdjunct Professor of Geology

San Diego State UniversitySan Diego State UniversityConcept and guidance courtesy of

Dr. Eric Frost, San Diego State University

Page 2: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

A Question of PerspectiveHigh Tech Baby BoomersA Question of PerspectiveHigh Tech Baby Boomers

We had it all– Talking movies

transmitted magically through the air

– Innovative transportation

– Personal radios we made at home

– Talk to anyone, anywhere in the world with a few turns of a dial

We had it all– Talking movies

transmitted magically through the air

– Innovative transportation

– Personal radios we made at home

– Talk to anyone, anywhere in the world with a few turns of a dial

Page 3: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

All the big problems were solvedAll the big problems were solved

• Supercomputing– “a world market for

maybe 5 computers”

• Cracked the atom• Sputnik pinging

happily away• Antibiotics

– “closing the door on infectious disease”

• Men in space

• Supercomputing– “a world market for

maybe 5 computers”

• Cracked the atom• Sputnik pinging

happily away• Antibiotics

– “closing the door on infectious disease”

• Men in space

Page 4: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

Fast Forward 50 years toGeneration “Y”

Fast Forward 50 years toGeneration “Y”

The Future has arrived– Playing now in their

bedrooms– Fast processing, big

memory, extraordinary graphics

– Usage skills are analogous to the BB’s tuning a transistor radio

– Multi-tasking a way of life

– Virtual networks of friends and study pals

– Expert at long-range collaborative interactions

– Active in programming and user groups

– Involved, engaged, enthralled, excited

– Renaissance techies– Its become cool to be

a nerd

The Future has arrived– Playing now in their

bedrooms– Fast processing, big

memory, extraordinary graphics

– Usage skills are analogous to the BB’s tuning a transistor radio

– Multi-tasking a way of life

– Virtual networks of friends and study pals

– Expert at long-range collaborative interactions

– Active in programming and user groups

– Involved, engaged, enthralled, excited

– Renaissance techies– Its become cool to be

a nerd

Page 5: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

Their Future Holds Vastly Different Challenges

Their Future Holds Vastly Different Challenges

• The more efficient our technology, the more energy we consume.

• The cost of energy is dominated by the cost of extraction and refinement

• The Flat World enables and welcomes new knowledge industry economies connected via virtual networks

• The more efficient our technology, the more energy we consume.

• The cost of energy is dominated by the cost of extraction and refinement

• The Flat World enables and welcomes new knowledge industry economies connected via virtual networks

Page 6: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

But The Tools Are In The Schools – So They Come Ready To Play

But The Tools Are In The Schools – So They Come Ready To Play

• Real time sensornets• Advanced computing• Ubiquitous

visualization• Collaborative systems• Remote access• Information, skill and

knowledge rich

• Real time sensornets• Advanced computing• Ubiquitous

visualization• Collaborative systems• Remote access• Information, skill and

knowledge rich

Page 7: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

With A New Generation of Communication Systems

With A New Generation of Communication Systems

• multifunction, 4G phones• Heads up retinal

scanners• RazrWire Bluetooth• Wearable internet

devices• And of course … the

iPod• We went to the

technology – they take it with

• multifunction, 4G phones• Heads up retinal

scanners• RazrWire Bluetooth• Wearable internet

devices• And of course … the

iPod• We went to the

technology – they take it with

Page 8: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

And An Internet CultureAnd An Internet Culture

• A great trust in the Internet and by extension, in people they have never met (wiki, open source)

• Sharing in Virtual Societies (BLOGS etc)

• “Google” the world and discover anything on your own

• Knowledge is “free”• A new view of the workday and

workplace – where ever you are, whenever you need to and with whomever you want to

• Energy is required to power this, and it is ubiquitous and sufficient

• A great trust in the Internet and by extension, in people they have never met (wiki, open source)

• Sharing in Virtual Societies (BLOGS etc)

• “Google” the world and discover anything on your own

• Knowledge is “free”• A new view of the workday and

workplace – where ever you are, whenever you need to and with whomever you want to

• Energy is required to power this, and it is ubiquitous and sufficient

• Business is global, national identities are transparent and cultural and political borders are breached

• A microsecond is a long time to wait

• Parallel minds work in multiple simultaneous worlds, managing multiple complex cultures

• Incredible richness of media from streaming video to multi-media to webcams – we “live” in the media, we don’t watch it

• The world is small – everything is connected – easy time travel from one reality to another

• Business is global, national identities are transparent and cultural and political borders are breached

• A microsecond is a long time to wait

• Parallel minds work in multiple simultaneous worlds, managing multiple complex cultures

• Incredible richness of media from streaming video to multi-media to webcams – we “live” in the media, we don’t watch it

• The world is small – everything is connected – easy time travel from one reality to another

Page 9: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

For a New Paradigm of Work“Meeting’s at 11” …

For a New Paradigm of Work“Meeting’s at 11” …

• The always on, wireless, electronic communication generation

• Virtual meetings, virtual presence

• Sensornets and other real time data streams

• Broadband connectivity and collaboration – wherever you are

• The always on, wireless, electronic communication generation

• Virtual meetings, virtual presence

• Sensornets and other real time data streams

• Broadband connectivity and collaboration – wherever you are

Page 10: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

Based on Important Foundations of Change

Based on Important Foundations of Change

The next generation of communication depends on – Connectivity

• IPv6 expansion of the network addresses (1500 per m2), capability and security

– Reach• New innovative, wide

coverage and inexpensive wireless networking

– Bandwidth• 4G wireless – 3G

passed by

The next generation of communication depends on – Connectivity

• IPv6 expansion of the network addresses (1500 per m2), capability and security

– Reach• New innovative, wide

coverage and inexpensive wireless networking

– Bandwidth• 4G wireless – 3G

passed by

October 3-5, 2006Amsterdam, Netherlands

NTT DoCoMo Achieves World's First 2.5Gbps

Packet Transmission in 4G Field Experiment

Stratellite10-mile high wireless antenna

Page 11: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

Wireless GenerationsOn The Path To 4G

Wireless GenerationsOn The Path To 4G

Page 12: April, 2006 Bill Bartling Virtual Electronic Connectivity in the Future What will it look like? Bill Bartling Adjunct Professor of Geology San Diego State

Bill BartlingBill BartlingApril, 2006April, 2006

To Be Ready For The Brave New Unwired World

To Be Ready For The Brave New Unwired World

• Always-on, wired professionals

• Ubiquitous worn internet devices

• Broad wireless bandwidth

• Virtual connectivity• Never more than a

button away from your data – or your collaborators

• Always-on, wired professionals

• Ubiquitous worn internet devices

• Broad wireless bandwidth

• Virtual connectivity• Never more than a

button away from your data – or your collaborators