1

4 June 2003

CITRIS Center for Information Technology Research

in the Interest of Society

James DemmelEECS amp Math

CITRIS Chief Scientist UC Santa CruzUC Santa Cruz

wwwcitris-ucorg

2

Background

Major new initiative jointly with UC Berkeley UC Davis UC Merced UC Santa Cruz LBNLOver 200 faculty from over 50 departmentsMany industrial partnersSignificant State and private supportCITRIS will focus on IT solutions to tough quality-of-life related problems

3

Committed SupportFounding Corporate MembersFounding Corporate Members

We have large contributions from individuals and corporations We have large contributions from individuals and corporations $100 million from State for facilities$100 million from State for facilitiesSignificant Federal fundingSignificant Federal funding

4

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

5

Initial Applications (1)

Energy EfficiencyDisaster Response and Homeland DefenseEducation

6

Initial Applications (2)

Monitoring Health CareEnvironmental MonitoringTransportation Planning

7

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

8

February 2000February 2001

February 2002August 2001

February 2003infodust-inccom

9

Smart Dust Goes National

DARPA Networked Embedded System platform (NEST)1000s of Motes used or shipped to 68 other groups including

Academia MIT U Illinois UC UCSD UCLA hellipIndustry Intel Crossbow Bosch Accenture hellip

Government Wright Patterson AFB NCSC hellipOngoing training courses

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

2

Background

Major new initiative jointly with UC Berkeley UC Davis UC Merced UC Santa Cruz LBNLOver 200 faculty from over 50 departmentsMany industrial partnersSignificant State and private supportCITRIS will focus on IT solutions to tough quality-of-life related problems

3

Committed SupportFounding Corporate MembersFounding Corporate Members

We have large contributions from individuals and corporations We have large contributions from individuals and corporations $100 million from State for facilities$100 million from State for facilitiesSignificant Federal fundingSignificant Federal funding

4

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

5

Initial Applications (1)

Energy EfficiencyDisaster Response and Homeland DefenseEducation

6

Initial Applications (2)

Monitoring Health CareEnvironmental MonitoringTransportation Planning

7

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

8

February 2000February 2001

February 2002August 2001

February 2003infodust-inccom

9

Smart Dust Goes National

DARPA Networked Embedded System platform (NEST)1000s of Motes used or shipped to 68 other groups including

Academia MIT U Illinois UC UCSD UCLA hellipIndustry Intel Crossbow Bosch Accenture hellip

Government Wright Patterson AFB NCSC hellipOngoing training courses

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

3

Committed SupportFounding Corporate MembersFounding Corporate Members

We have large contributions from individuals and corporations We have large contributions from individuals and corporations $100 million from State for facilities$100 million from State for facilitiesSignificant Federal fundingSignificant Federal funding

4

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

5

Initial Applications (1)

Energy EfficiencyDisaster Response and Homeland DefenseEducation

6

Initial Applications (2)

Monitoring Health CareEnvironmental MonitoringTransportation Planning

7

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

8

February 2000February 2001

February 2002August 2001

February 2003infodust-inccom

9

Smart Dust Goes National

DARPA Networked Embedded System platform (NEST)1000s of Motes used or shipped to 68 other groups including

Academia MIT U Illinois UC UCSD UCLA hellipIndustry Intel Crossbow Bosch Accenture hellip

Government Wright Patterson AFB NCSC hellipOngoing training courses

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

4

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

5

Initial Applications (1)

Energy EfficiencyDisaster Response and Homeland DefenseEducation

6

Initial Applications (2)

Monitoring Health CareEnvironmental MonitoringTransportation Planning

7

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

8

February 2000February 2001

February 2002August 2001

February 2003infodust-inccom

9

Smart Dust Goes National

DARPA Networked Embedded System platform (NEST)1000s of Motes used or shipped to 68 other groups including

Academia MIT U Illinois UC UCSD UCLA hellipIndustry Intel Crossbow Bosch Accenture hellip

Government Wright Patterson AFB NCSC hellipOngoing training courses

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

5

Initial Applications (1)

Energy EfficiencyDisaster Response and Homeland DefenseEducation

6

Initial Applications (2)

Monitoring Health CareEnvironmental MonitoringTransportation Planning

7

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

8

February 2000February 2001

February 2002August 2001

February 2003infodust-inccom

9

Smart Dust Goes National

DARPA Networked Embedded System platform (NEST)1000s of Motes used or shipped to 68 other groups including

Academia MIT U Illinois UC UCSD UCLA hellipIndustry Intel Crossbow Bosch Accenture hellip

Government Wright Patterson AFB NCSC hellipOngoing training courses

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

6

Initial Applications (2)

Monitoring Health CareEnvironmental MonitoringTransportation Planning

7

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

8

February 2000February 2001

February 2002August 2001

February 2003infodust-inccom

9

Smart Dust Goes National

DARPA Networked Embedded System platform (NEST)1000s of Motes used or shipped to 68 other groups including

Academia MIT U Illinois UC UCSD UCLA hellipIndustry Intel Crossbow Bosch Accenture hellip

Government Wright Patterson AFB NCSC hellipOngoing training courses

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

7

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

8

February 2000February 2001

February 2002August 2001

February 2003infodust-inccom

9

Smart Dust Goes National

DARPA Networked Embedded System platform (NEST)1000s of Motes used or shipped to 68 other groups including

Academia MIT U Illinois UC UCSD UCLA hellipIndustry Intel Crossbow Bosch Accenture hellip

Government Wright Patterson AFB NCSC hellipOngoing training courses

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

8

February 2000February 2001

February 2002August 2001

February 2003infodust-inccom

9

Smart Dust Goes National

DARPA Networked Embedded System platform (NEST)1000s of Motes used or shipped to 68 other groups including

Academia MIT U Illinois UC UCSD UCLA hellipIndustry Intel Crossbow Bosch Accenture hellip

Government Wright Patterson AFB NCSC hellipOngoing training courses

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

9

Smart Dust Goes National

DARPA Networked Embedded System platform (NEST)1000s of Motes used or shipped to 68 other groups including

Academia MIT U Illinois UC UCSD UCLA hellipIndustry Intel Crossbow Bosch Accenture hellip

Government Wright Patterson AFB NCSC hellipOngoing training courses

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

10

(Source Jan Rabaey Winter 2003 BWRC Retreat)

Operational RF PicoRadio

2mm

300micro

m

FBARUses 400 microWattsRuns off solar or piezoelectric cellsNo more batteries

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

11

Walking Insect (Source Kris Pister)

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

12

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

13

Flying Insect (Source R Fearing)

Status enough lift to get off the ground

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

14

BioPOEMS for Blood-analysis-on-a-chip

10mm

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

Beam splitter

X-microlens scanner

Z-microlens scanner

Fluidic network

DAQ amp Sensing

1mm

Bio-Polymer Opto-Electro Mechanical Systems

(Source Luke Lee)

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

15

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

16

Sensor Nets ndash A few sample projectsEnergy efficiency (Arens Wright Canny)Shaking Table Experiment (Glaser)Tokachi Port Experiment (Glaser)Fire and Disaster Response (Wright et al)Wild Fire Monitoring (Sitar)Great Duck Island (Culler)Golden Gate Bridge Net (Fenves Culler)Masada (Glaser)Personal Assistants (Wright)Teleactors (Goldberg)

At various stages of design and deployment

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

17

NewThermostat (or TouchPad) receives information from Service Provider amp displays cost and demand

Attached Motes or Touchpad have a LED indicator for

ldquoBest Usage Timerdquo

Watt Meter monitors the Draw from the Washer

and Dryer

(Arens Wright et al)

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

18

Other Energy Efficiency Projects

Motivation 13 of all energy in US used in buildings half of that is wasted with occupants still unsatisfied

Reducing Lighting Demand (Canny Do BID)ndash Better design tools to evaluate lighting and energyndash Buildings as energy tutors

Better OccupantBuilding interfaces (Arens Federspiel CBE)ndash Save energy happier and more productive occupantsndash Collaboration with GSA

Underfloor Air Conditioning (Arens Federspiel CBE)ndash Can save up to 50 vs conventional overhead systems

Mixed mode buildings (Arens Federspiel CBE)ndash Combine natural and mechanical HVAC

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

19

OutlineScientific Agenda OverviewSocietal Scale Information Systems

MEMS for Sensor NetsBuilding and Using Sensor NetsScalable Reliable Secure Services

Beyond Engineering

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

20

Some Ongoing ProjectsCreating new information services on-the-flyndash Sahara (Katz Joseph Stoica)

Software for Embedded Control Systemsndash CHESS (Sastry Lee et al)

Building trustworthy softwarendash Proving software correct (Aiken Necula Henzinger)

Security and Privacyndash Wagner Tygar Samuelson

Cybersecurity and Critical Infrastructure Protectionndash Sastry et al

System design when people are source of most failures ndash Recovery Oriented Computing (Patterson Fox)

Making data into a utilityndash Oceanstore (Kubiatowicz Joseph)

Testbeds for experimentsndash Millennium and PlanetLab (Culler et al)

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

21

Societal Scale Information System - SIS

Clusters

Massive Cluster

Gigabit Ethernet

MEMS forSensor Nets

Scalable ReliableSecure Services

Building amp Using Sensor Nets

Tying all the pieces together

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

22

OutlineScientific Agenda OverviewSocietal Scale Information SystemsBeyond Engineering

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest

23

Beyond Engineering

Training future designers of ldquosmartrdquo products spacesndash BID ndash Berkeley Institute of Design

Understanding on-line economic decision makingndash X-LAB ndash Experimental Social Sciences Laboratory

Delivering courses to UC Mercedndash UC-WISE ndash Framework for on-line courseware

Access to cultural and natural heritagendash Digital Library of museums documentsndash ECAI ndash Electronic Cultural Atlas Initiative

Information Technology for the Third Worldndash ICT4B ndash how to extend ITrsquos benefits to 4B poorest