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Remote MEMS Simulation, Testing and Design

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Remote MEMS Simulation, Testing and Design A Next Generation Internet Incubator James Demmel CITRIS Chief Scientist Remote MEMS Simulation, Testing and Design MEMS ... – PowerPoint PPT presentation

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Title: Remote MEMS Simulation, Testing and Design


1
Remote MEMS Simulation, Testing and Design
  • A Next Generation Internet Incubator

James Demmel CITRIS Chief Scientist
2
Remote MEMS Simulation, Testing and Design
  • MEMS MicroElectroMechanicalSystems
  • Core CITRIS Sensor/Actuator Technology
  • Goal Make tools for designing MEMS available to
    remote users
  • Simulation, Fabrication, Testing
  • Academic and Industrial users (thousands)
  • Leverage large investment in networking and
    unique facilities at UCB and elsewhere

3
BSAC Microscopic Stroboscopic Interferometer
(Muller, Rembe, BSAC, UCB)
4
Adaptive Optics MicroMirror(Muller, Rembe, BSAC)
5
SUGAR(Pister, Demmel, Govindjee, Agogino, Gu,
Bai)
  • MEMS Simulation Tool, inspired by SPICE
  • Available as Web service on Millennium
  • Currently 100s of users
  • Ex Laterally actuated torsionally suspended
    micromirror

6
Matisse Project (DARPA)
  • Provide remote access to unique and mostly MEMS
    facilities for large user community
  • Provide central facility (MEMS Exchange) to
    organize national networkof MEMS testing sites
  • Use SuperNet infrastructure
  • DARPA supported (UCB, LBL, CMU, MIT, CNRI, ISI,
    Sarnoff)

7
Current MEMS Exchange Fabrication Sites and
Participating Sites
1100 registered users
  • Fabrication Sites Under Contract
  • Academic
  • University of California at Berkeley
  • Stanford University
  • Cornell University
  • University of Michigan
  • Case Western Reserve University
  • University of Illinois
  • LSU/Center for Advanced Microstructures and
    Devices (expected soon)
  • Commercial
  • Analog Devices
  • Teledyne Electronics
  • Microwave Bonding Inc.
  • Integrated Sensing Systems (ISSYS)
  • Sony Semiconductor
  • Tactical Fabs, Inc.
  • Zygo TeraOptics, Inc.
  • Advanced MEMS Optical, Inc.
  • ASML

8
SuperNet
9
Matisse Site Connections
10
Needs and Potential Impact
  • West Coast down because NTON down
  • Even if NTON were up, if would not reach all
    potential users
  • How many users?
  • Currently 1100 registered MEMS Exchange users
  • Hundreds of SUGAR users
  • More signed up (UCD, UCLA, Stanford, BSAC
    industrial affiliates)
  • Intend to export as educational facility
  • Large potential user base, high leverage
  • Requirements
  • Move and store 80 GB data files
  • Raw data from experimental platforms up to
    300MBs/
  • Real time data from UCB Interferometer 80 MB/s
  • Real time control of experiment gt ?? Latency
  • Impact
  • Greatly expand MEMS community

11
A Next Generation Internet Incubator
  • CommerceNet-funded NGI
  • http//www.commerce.net
  • At Bancroft/Shattuck in shared CCIT space
  • http//www.path.berkeley.edu/PATH/CCIT/Default.htm
  • Companies will incubate and collaborate with
    CITRIS faculty and students
  • Kalil, Demmel, Sastry, Teece (advisors)
  • http//www.cs.berkeley.edu/demmel/CommerceNet
  • Companies chosen for closeness to CITRIS
  • Mankoff working with Pangea on access for people
    with disabilities
  • Resources available, contact Tom Kalil
    (tkalil_at_coe.berkeley.edu)
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