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Janos Sztipanovits
Dr. Janos Sztipanovits
E. Bronson Ingram Distinguished Professor of EECS
Director of ISISVanderbilt University
Nashville, TN
Overview of the Institute for Software-Integrated
SystemsISIS -2005
2Janos Sztipanovits
ISIS Parameters
Established by the School of Engineeringat Vanderbilt University in 1998
Academic/professional researchorganization
Composition (housed in 3 buildings):- 35 Research Scientists & Staff Engineers- 7 Faculty- 5 Admin Staff- 50 Graduate students
~$10,000,000 in FY05 research awards
~50 cost centers
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Senior Personnel
Dr. Ted Bapty, Senior Research Scientist (VU/ISIS: 16 years) (MIC environments, HW/SW codesign, sensor systems, modeling and simulation)
Dr. Gautam Biswas, Professor (VU/ISIS: 16 years)(Learning theory, fault diagnostics, hybrid systems)
Dr. Larry Howard, Senior Research Scientist (VU/ISIS: 9 years)(SEI system architect until 1997, MIC environments, fault diagnostics training systems)
Dr. Gabor Karsai, Professor (VU/ISIS: 22 years)(model transformation, tool architectures, tool integration, systems)
Dr. Akos Ledeczi, Senior Research Scientist (VU/ISIS: 16 years) (GME, wireless sensor networks)
Dr. Sandeep Neema, Senior Research Scientist (VU/ISIS: 11 years)(networked embedded systems, integrated tool chains, modeling and simulation)
Dr. Douglas C. Schmidt, Professor (VU/ISIS: 4 years)(distributed, real-time, embedded computing, middleware, component models, design patterns; DARPA program manager)
Dr. Janos Sztipanovits, Professor (VU/ISIS: 23 years) (modeling/metamodeling, semantic foundations, metaprogrammable tool architectures; DARPA program manager)
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• Model-Integrated Computing (MIC)–Architecture modeling, model transformations,
model analysis and model-based systemintegration. Semantic foundations. Open tool
integration platform. • Middleware for Distributed Real-time & Embedded Systems
–Adaptive & reflective middleware, model-based integration technology above component models, secure middleware
• Model-Based Systems Applications –Fault management, distributed control, automotive,
avionics design processes
• Secure Networked Embedded System
–Wireless sensor networks, security/system codesign
Core Competences
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2005 Award Portfolio
FY05 AwardsDARPA: $3,087,997NSF: $2,698,313* NASA: $ 529,250Industry: $2,433,862Other DOD: $ 909,893Total: $9,658,615
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ISIS Industry Partners
GM
Boeing
VU/ISIS
Boeing
LMCOl
Siemens
Boeing
Raytheon
IBM
SwRI
Boeing
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ISIS Academic Partners
UM
MIT
UCB
VU/ISIS
Stanford
UI
UVWU
CMUPenn
Cornell
EU
USC-ISI
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Large-Impact Projects• The DoD FCS program has inserted ISIS modeling
and analysis tools for architecture exploration and from FY06 to systems integration.
• NEST Shooter Location + Self Localization– Transitioned to Raytheon– Breakthrough in radio interferometric ranging– Widely cited results in protocols, systems and theory
• Boeing has licensed Fault-Adaptive Control Technology software for use on their J-UCAS Program, in the X-45C vehicle
• USMC transitioning ISIS research project results into USMC tactical aviation squadrons
• Middleware and MIC tools – ARMS DARPA program: DDX
• TRUST NSF Science and Technology Center
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• TRUST S&TC (NSF) (Partners: UCBerkeley/Cornell/Stanford/CMU)
• Mobile Wireless Sensor Network for Acoustic Battlespace Mapping (DARPA)(Partner: Sarnoff 18 month)
• Systems Biology Tool Suite (DARPA)
• Criticality Sensitive Coordination (DARPA)(Partners: ISI/Kestrel)
• Joint Battlespace Infosphere (AFRL)(Partners: Cornell/CMU)
• Future Combat Systems (Boeing)
Top 6 *New* Awards in 2005
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TRUST Idea
AT3
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AT3
MTI / SAR
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MC2A
MC2A
UCAV MCS
MILSAT
Embedded real-time systems will become ever increasingly important as more systems of system
architectures are fielded in the GIG
Embedded computing increasingly becoming the primary source of innovation in cars
Sensor networks, like VU-s Shooter Location System are a coming wave of
new networked embedded systems
• Computing and networking is increasingly used as universal system integrator (embedded systems and software)
• This leads to the emergence of a System’s Industry
• Cybersecurity has become a fundamental systems Issue
• The core focus of TRUST is Secure System Design
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Examples for Industry Interactions
IR&D projects done for companies (Boeing, Raytheon, GM, Lockheed and others)
CR&D projects done jointly with companies (Boeing, Raytheon, CoSYS, Sarnoff,..) for Government (DARPA, NASA)
Product support for ISIS tools (Boeing JUCAS/IVHM – Modeling tool + on-board software)
ESCHER Institute (2003) for tool maturation (www.escherinstitute .org)
MIC PSIG at OMG (www.omg.org/mic)
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Teaching and Training
Industrial:– Escher Institute; training programs for major
end-user companies
Academic:– MIC course (6th year at VU, 2nd at Berkeley
Students design DSML-s and model-based generators using MIC tools)
– Summer program for undergraduates (SIPHER at VU, SUPERB at Berkeley)
– Joint Summer School starts in 2006 with Berkeley, Stanford, CMU and Cornell on trusted system design
– Migrating MIC to undergraduate level is in progress