Center For Information Technology Research In The Interest Of Society A Partnership for California’s Future University Industry Government R. H. Katz, Interim Director J. Demmel, Chief Scientist UC Santa Cruz

Welcome

CITRIS Overview Agenda   Center Vision   Management Philosophy and Organization   CITRIS Research Facilities   Structure of the Day   Summary and Conclusions

Technology Invention in a Social Context : Quality of Life Impact   Energy Efficiency   Transportation Planning   Monitoring Health Care

  Education   Land and Environment   Disaster Response Technology Invention in a Social Context : Quality of Life Impact

New Distributed System Architectures Scalable, Utility, Diverse Access Societal-Scale Applications CITRIS Scientific Vision Societal-Scale Applications Beyond desktop Huge scale Can’t fail Technological Breakthroughs Always connected Distributed intelligence Smart displays, cameras, sensors Applications Pull Technology Push

Societal-Scale Systems “Client” “Server” Clusters Massive Cluster Gigabit Ethernet New System Architectures New Enabled Applications Diverse, Connected, Physical, Virtual, Fluid MEMS BioMonitoring Scalable, Reliable, Secure Services Information Appliances

Societal-Scale Information System (SIS)   Information Utility – – Planetary-scale/non-stop; secure, reliable, high- performance access, even when overloaded, down, disconnected, under repair, under attack   Smart System – – Learns usage/adapts functions & interfaces   Managing Diversity – – Component plug-and-play; integrate sensors / actuators, hand-held appliances, workstations, building-sized cluster supercomputers   Always Connected – – Short-range wireless nets to high-bandwidth, high- latency long-haul optical backbones

Industrial Support “I believe we are now entering the Renaissance phase of the Information Age, where creativity and ideas are the new currency, and invention is a primary virtue, where technology truly has the power to transform lives, not just businesses, where technology can help us solve fundamental problems.” Carly Fiorina, CEO, Hewlett Packard Corporation Founding Corporate Members of CITRIS

CITRIS Principles for Investigators and Sponsors   Bottom-up Institute: portfolio of evolving multi-investigator, inter-disciplinary, and/or intercampus Collaborative Research Projects: Core and Affiliated   Faculty affiliation through CITRIS CRPs   Subsidized access to research infrastructure & opportunity “seed” funds   Industrial sponsors, in consultation with Director, direct funding to specific projects   Industrial sponsors retain relationships with faculty investigators and project teams   Open intellectual property framework

CITRIS Benefits and Obligations   Increasing the Pie   Larger-Scale, Higher Impact Research   Increasing the Competitive Edge   Subsidized Access   Space Resources   Incentives for Research & Collaboration   Better Public Relations   Better Admin Support  True Engagement  Commitment to Teamwork  Commitment to Excellence  Acknowledging CITRIS  Achieving the State Match

Assoc Director, UCM CITRIS Management Organization Director Research Council Applications Engineering Systems Foundations Res Infra Education Council Tech Enhanced Education Curriculum & Evaluation Graduate Groups Certificate Programs Exec Director Chancellor Outreach & Communications Inter-campus Coordination Business Mgr Facilities Management Personnel Asst Dir/Admin Contracts and Grants Finance and Budget Assoc Director, UCSC Assoc Director, UCD Assoc Director, UCB Chief Scientist

Executive Committee CITRIS Advisory Structure Management Advisory Board Education Coordinating Council Research Coordinating Council Institute Governing Board Institute Advisory Board Director Chief Scientist Chancellor Technical Advisory Board

CITRIS Director Candidate Prof. Ruzena Bajcsy   Distinguished engineer, member of NAE/NIM   Senior professor at UPenn, with appointments in CIS, MechE, Medical School   Established & ran major interdisciplinary research laboratory   Major leadership & management experience in DC federal agencies—Assistant Director, CISE, NSF   Served as Department Chair,   Highly influential among leaders of CS field and national research funding circles   Strong advocate for women in technical careers

Institute Advisory Board   Management Advisory Board   Chaired by Chancellor Berdahl/Berkeley   Executive Vice Chancellors and Deans of Engineering at Berkeley, Davis, Merced, Santa Cruz   Vice Chancellor   Senior Management Leadership of Founding Corporate Members   Technical Advisory Board   Chaired by Chief Scientist, Director Ex Officio   Senior Technical Leadership of Founding Corporate Members   Distinguished International Academic and Government Researchers

CITRIS Leadership   Interim Director: Randy Katz   Associate Director and Chief Scientist: James Demmel   Inter-campus ExCom Reps: Pat Mantey, Zuhair Munir   Research Coordination Council – – Adib Kanafani – Applications, CEE, UCB – – David Culler – SIS, EECS, UCB – – Dave Patterson – Foundations, EECS, UCB – – Ben Yoo - Research Infrastructure, ECE, UCD – – Pamela Samuelson - Public Policy, Law/SIMS, UCB – – Manuel Castells – Societal Engagement, CRP/Soc, UCB – – Annalee Saxenian - Societal Engagement, CRP, UCB   Education Coordination Council: Paul Wright – – Marcia Linn, Education, UCB – – Mike Clancy, Comp Sci, UCB – – Pat Mantey, ECE/UCSC – – Jeff Wright, Dean of Engineering, UCM – – Davis Representative, TBD

CITRIS Organization Technical vision, strategic oversight, inter-campus coordination, strategic industrial interactions, fund raising, Center promotion Director Chief Scientist/ Assoc. Director Focus on detailed research program, road maps, interactions among sub- programs, chair of Technical Advisory Board Day-to-day mgmt of Center communi- cations & industrial relations; assists Director with fund raising; linkage to State agencies, Legislature, & Regents Executive Director

CITRIS Organization Overall guidance for Center; program reviews, topic prioritization, feedback on directions, linkage to industrial partners & technology transfer; Management Advisory Board Technical Advisory Board Technical advice, guidance, feedback on research program; composed of industry, national labs, external academic advisors; Assists D & AD in detailed coordination of R & ed across campuses; guides R & measures progress against technical goals; meets quarterly Research Coordination Council

CITRIS Organization Assists Director in resource allocation, policy decisions, operation of Center; monitors progress against educational and research goals; meets monthly Executive Committee Education Coordination Council Assists D in coor of ED outreach; needs & feedback on course effectiveness related to CITRIS tech and links to industrial partners; meets quarterly Internal day-to-day mgmt of Center/ facilities & staff, construction, & budget; contracts & grants, & their coordination among campuses Assist Director Administration

New CITRIS Facilities   Cory Refurbishment (Berkeley)   CITRIS Building (Berkeley)   Engineering Building (Santa Cruz)   CITRIS Network (Davis, Berkeley, Merced, SC) Cory Hall EECS Cory Hall EECS Soda Hall EECS Soda Hall EECS

Research Facilities and Testbeds

Plan for the Day Welcome, TBD CITRIS Overview, Randy Katz, UCB CITRIS Scientific Program, James Demmel, UCB CITRIS Research Infrastructure Panel CITRIS Instructional Technology Box Lunch Brad De Long, UCB, “The New Economy” Breakout Sessions: (1) Smart Classrooms, (2) Energy Management/Smart Buildings, (3) Emergency Response, (4) Transportation, (5) Biomedical Alert, (6) Environmental Management Break Report Outs and Next Steps Poster Session/Cocktails

Summary and Conclusions   An Institute – – Long-lived, evolving mix of projects – – Initial focus is Societal-Scale Information Systems   Emphasizes collaborative research/education – – Industry partnership—helps shape Institute agenda, proven models of tech transfer – – Drive lifelong learning thru UC Merced and beyond   Technology in Context: societal problems focus and integrate the research   Technology spin-offs plus key architectural & technical insights