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UC BERKELEY

UC DAVIS

UC MERCED

UC SANTA CRUZ

CITRIS CORPORATE SPONSOR DAY

Presentation by CITRIS Director, Shankar SastryPresentation by CITRIS Director, Shankar Sastry

Monday, April 18, 2005

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CITRIS

OPERATIONAL

UPDATE

CITRISCITRISUniversity of CaliforniaUniversity of California

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CAPITAL PROJECTS UPDATECAPITAL PROJECTS UPDATECAPITAL PROJECTS UPDATE

CITRIS Headquarters Building: work in progress

The design for a finished structureThe design for a finished structureWhat is looks like todayWhat is looks like today

CITRISCITRISUniversity of CaliforniaUniversity of California

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CAPITAL PROJECTS UPDATECAPITAL PROJECTS UPDATECAPITAL PROJECTS UPDATE

Construction completed on new CITRIS space at UC Santa CruzEngineering II Building dedication on November 5, 2004

CITRISCITRISUniversity of CaliforniaUniversity of California

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0

40,000,000

80,000,000

120,000,000

160,000,000

200,000,000

240,000,000

280,000,000

7/1/2001

6/30/2002 6/30/2003 6/30/2004 2/28/2005

Sponsored Research Collected Industry Gif ts Campus Funds Total Matching

CITRIS MATCHING FUNDS UPDATECITRIS MATCHING FUNDS UPDATECITRIS MATCHING FUNDS UPDATE

TotalTotalmatchingmatching

SponsoredSponsoredresearchresearchexpendituresexpenditures

Industry giftsIndustry gifts

CampusCampus

$ Million$ Million as of 2/28/05as of 2/28/05

CITRISCITRISUniversity of CaliforniaUniversity of California

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CITRIS CORPORATE SPONSORSCITRIS CORPORATE SPONSORSCITRIS CORPORATE SPONSORS

Founding Corporate MembersFounding Corporate Members

New in New in ’’04:04:

Associate Corporate MembersAssociate Corporate Members

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CITRIS CORPORATE SPONSORSCITRIS CORPORATE SPONSORS

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The State of Federal Funding for ResearchThe State of Federal Funding for ResearchThe State of Federal Funding for Research

CITRISCITRISUniversity of CaliforniaUniversity of California

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NEW MAJOR GRANTS: TRUSTNEW MAJOR GRANTS: NEW MAJOR GRANTS: TRUSTTRUST

» PI: Shankar Sastry» Co PIs: Reiter (CMU), Wicker (Cornell), Mitchell (Stanford),

Sztipanovits (Vanderbilt)» Also SJSU, Smith, Mills» Operate Through Attacks» Cybersecurity, Economic, Social and Privacy

Considerations, Composition of Trust (building complex systems)

» Initial focus on two key infrastructures: financial, electric power (SCADA)

TRUST

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Technology Generations of Information Assurance

Technology Generations of Information Assurance

1st Generation1st Generation(Prevent Intrusions)(Prevent Intrusions)

Intrusions will Occur

Some Attacks will Succeed

CryptographyTrusted Computing Base

Access Control & Physical Security

Multiple Levels of Security

2nd Generation2nd Generation(Detect Intrusions, Limit Damage)(Detect Intrusions, Limit Damage) Firewalls Intrusion Detection

SystemsBoundary Controllers VPNs

PKI

3rd Generation(Operate Through Attacks) Big Board View of Attacks

Real-Time Situation Awareness& Response

Intrusion Tolerance

Graceful Degradation

Hardened Core

Functionality

Performance

Security

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Research AgendaResearch Agenda

Security Science (Schneider)» Software Security (Mitchell)» Trusted Platforms (Boneh)» Applied Cryptography Protocols (Wagner)» Network Security (Joseph)

Systems Science (Schmidt)» Interdependency Modeling and Analysis (Anantharam)» Secure Network Embedded Systems (Wicker)» Model Based Integration of Trusted Components (Sztipanovits)» Secure Information Management Tools (Birman)

Social, Economic and Legal Considerations (Samuelson)» Economics, Public Policy and Societal Challenges (Varian)» Digital Forensics and Privacy (Tygar)» Human computer Interfaces and Security (Reiter)

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Broad Security and Privacy VisionBroad Security and Privacy Vision

Privacy

Computer andNetwork Security

Power GridTestbed

Network SecurityTestbed

Secure NetworkedEmbedded Systems

Testbed

Software Security

Trusted Platforms

Applied Crypto -graphic Protocols

NetworkSecurity

Secure NetworkEmbedded Sys

Forensic and Privacy

Complex Inter -Dependency mod.

Model -basedSecurity Integration.

Econ., Public Pol. Soc. Chall.

Secure Compo -nent platforms

HCI andSecurity

Secure Info Mgt.Software Tools

Component Technologies

Societal Challenges

Integrative Testbeds

TRUST will address social, economic and legal challenges

Specific systems thatrepresent these socialchallenges.

Component technologiesthat will provide solutions

CriticalInfrastructure

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SiCTAPS» PI: Albert Pisano» Co PI: M. Wijesundara

NEW MAJOR GRANTS: SiCTAPSNEW MAJOR GRANTS: NEW MAJOR GRANTS: SiCTAPSSiCTAPS

• Creation of extreme harsh environment TAPS sensors on a single chip(Temperature, Acceleration, Pressure, and Strain)

• Three distinct SiC deposition processes with descending thermal budget (Electronics-1200°C, MEMS-800°C, Encapsulation-450°C)

• All SiC technology, i.e. electronics, MEMS and encapsulation

P3:amorphous SiC (Encapsulation)

P2: Poly 3C-SiC (MEMS Structures)

P1: Epitaxial 6H-SiC (SiC Electronics)

6H-SiC (Substrate)

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NEW MAJOR GRANTS: COINSNEW MAJOR GRANTS: NEW MAJOR GRANTS: COINSCOINS

CCenter enter oof f IIntegrated ntegrated NNanomechanical anomechanical SSystemsystemsAn NSF An NSF NanoscaleNanoscale Science and Engineering CenterScience and Engineering Center

•• Enabling interdisciplinary invention, understanding, and Enabling interdisciplinary invention, understanding, and construction of technologically relevant integrated nanoconstruction of technologically relevant integrated nano--mechanical systems.mechanical systems.

•• COINS is one of six COINS is one of six NanoscaleNanoscale Science and Engineering Science and Engineering Centers across the country funded by the NSF. Centers across the country funded by the NSF.

•• Researchers from UC Merced, Stanford University , Researchers from UC Merced, Stanford University , and the California Institute of Technology, as well as CITRISand the California Institute of Technology, as well as CITRIS

COINS» PI: Alex Zettl» Co PIs: many!

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NEW MAJOR GRANTS: CONSRTNEW MAJOR GRANTS: NEW MAJOR GRANTS: CONSRTCONSRT

CCenter for enter for OOptoelectronic ptoelectronic NNanostructuredanostructured SSemiconductoemiconductoRR TTechnology echnology

•• To advance To advance nanostructurednanostructured optoelectronic materials andoptoelectronic materials anddevices to enable breakthrough functionalities in sensing,devices to enable breakthrough functionalities in sensing,imaging, processing and communication imaging, processing and communication microsystemsmicrosystems withwithgreatly reduced power, size, and weight. greatly reduced power, size, and weight.

•• Applications in intelligent autonomous platforms for environmenApplications in intelligent autonomous platforms for environment, t, infrastructure and resources monitoring and control; massive infrastructure and resources monitoring and control; massive information acquisition, processing and delivery; and efficieinformation acquisition, processing and delivery; and efficiency ncy solar energy conversion. solar energy conversion.

PI: Connie Chang-HasnainCo PIs: Alex Zettl, Ming Wu, Peidong YangDARPA: $ 6.5 million over 4 years

CITRISCITRISUniversity of CaliforniaUniversity of California

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PI: Eicke WeberGranting Agency: NSFPartners: NASA Ames, LBNL, many academic departments

NEW MAJOR PROPOSALS: IGERT* Nanoscale Science & Engineering

NEW MAJOR PROPOSALS: IGERT* Nanoscale Science & Engineering

Create a Designated Emphasis (DE) in Nanoscale Science and Engineering (NSE)» 50+ faculty in 11 departments or groups signed up by now

Develop curriculum for DE in NSE and NSE-IGERT students $ 3.5 M for five yearsMatching funds from NASA Ames, LBNL, College of Engineering, Physics DepartmentWill support 14-18 graduate students per year for 3 yearsTotal in five years: ca. 30+ additional graduate students in NSE at UC Berkeley

*Integrative Graduate Education and Research Traineeship*Integrative Graduate Education and Research Traineeship CITRISCITRISUniversity of CaliforniaUniversity of California

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PI: Yoram RubinGranting Agency: NSFPartners: HP, Bechtel, NERSC, Microsoft, IBM Almaden, NASA Ames, U.S.G.S, VTT, and many others

NEW MAJOR PROPOSALS: National Center for Hydrologic Synthesis

NEW MAJOR PROPOSALS: National Center for Hydrologic Synthesis

•• Develop a new vision of hydrology and water Develop a new vision of hydrology and water resources management; resources management;

•• Translate this vision into a focused but evolving Translate this vision into a focused but evolving research program; research program;

•• Encourage synthesis activities that integrate science, Encourage synthesis activities that integrate science, technology, and societal needs; technology, and societal needs;

•• Support collaborative research; Support collaborative research; •• Design and demonstrate new methods and tools for Design and demonstrate new methods and tools for hydrologic research; hydrologic research;

•• Disseminate research results broadlyDisseminate research results broadly

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CITRIS

STRATEGIC PLANS

CITRISCITRISUniversity of CaliforniaUniversity of California

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Launch Phase Strategic PlanLaunch Phase Strategic Plan

Computational

Substrates

Human Computer

InterfacesDynamical

SystemsInternet

High PerfComputin

g

Informatio

n

Substrate

s

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CITRIS CENTERS TO DATECITRIS CENTERS TO DATE

Berkeley Sensor and Actuator CenterBerkeley Wireless Research CenterBerkeley Institute for Soft ComputingCenter for Hybrid and Embedded Systems and SoftwareWireless Research FoundationsWireless EmBedded SystemsBerkeley Institute of DesignBerkeley Quantum Information and Computation Center

Davis Optical Networking CenterUCSC Environmental Monitoring CenterDavis Computational Science CenterMerced Water CenterDavis + Berkeley Cybersecurity(DETER + EMIST)UCSC Storage CenterCenter for Intelligent SystemsInformation and Communication Technologies for the Third World ICT4B

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Adaptive Networked Infrastructures: ANI An Engineering Research Center for closing the loop around sensor webs for controlling infrastructures: water, power, transportation: National Science FoundationComputation Science and Technology Center, a graduate group on campus to distill and extract a core for computational science education and federation of computing centers: many sponsors, DoE, NSF (Cyber Infrastructure)Homeland Security Center for Disaster Response: Department of Homeland SecurityService Sciences and Engineering

» Center for New Search Technologies» Embedded Systems for Delivery of Health Care

Center for Intelligent Systems (DoD so far)» Learning» Perception and Representation of Multi-sensory data» Robotics and Embedded Intelligence» Telepresence

NEW MAJOR PROPOSALSNEW MAJOR PROPOSALS

CITRISCITRISUniversity of CaliforniaUniversity of California

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CITRIS IMMEDIATE GOALSCITRIS IMMEDIATE GOALS

Integrate the best of nano, biotechnologies into information technology base to provide the best innovative technologies for societal problemsDevelop and help begin the process of transitioning new technologies into large societal scale systems: cyber infrastructure, health care delivery, environment and energyReach out into undergraduate research: 5th Year BS/MS with CITRIS capstone experienceTownhall meetings to discuss the impact and social changes of new technologies

CITRISCITRISUniversity of CaliforniaUniversity of California