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ACIMS Projects  

Control-Oriented Strategies for Supply-Chain Management in Semiconductor Mfg. [NSF]

PI
D. Rivera (ASU)

Co-PI

K. Kempf (Intel)

Co-PI
H. Mittleman (ASU)

Co-PI
H. Sarjoughian (ASU)

This research focuses on developing novel control-theoretic concepts and techniques for overcoming the core problems encountered in managing supply-chains associated with discrete manufacturing. [more ...]


Modeling and simulation at the Joint Interoperability Test Command [Northrop Grumman]

PI
B. P. Zeigler (UA)

Co-PI

J. Nutaro (UA)
The research project undertakes the development of a generic modeling and simulation framework and in particular testing and evaluation in DoD’s systems acquisition process and distributed simulation for system testing. [more ...]


Approach to Model Validation and Simulation Verification [Intel]

PI
H. Sarjoughian (ASU)


To employ a simulation and modeling framework, it is important for it to offer principles and methods for not only modeling and simulation, but also explicitly enabling validating and verifying simulation models. [more ...]


Landuse and Landscape Socioecology in the Mediterranean [NSF]

PI
M. Barton (ASU)

Co-PI

R. Arrowsmith (ASU)
Co-PI
P. Fall (ASU)

Co-PI

S. Falconer

Co-PI

H. Sarjoughian (ASU)
This research seeks to study the effects on biodiversity of growth in agropastoral systems and therefore long-term sustainability of human maintained socioecosystems in varying environmental and social contexts. [more ...]


Discrete Event System Specification (DEVS) as a Formal Framework for Enterprise Scaleable Engineering [NSF]

PI
B. P. Zeigler (UA)

Co-PI

H. Sarjoughian (ASU)

This project developed the DEVS (Discrete Event System Specification) Formal Framework for Scalable Enterprise Design and extended earlier-developed DEVS-based modeling and simulation environments. [more ...]

  SciDAC Supernova Science Center
 
 
PI   S.Woosley (UCSC)   Co-PI
G. Glatzmaier (UCSC)   Co-PI
A. Burrows (UA)   Co-PI P. Pinto (UA)   Co-PI
B. Zeigler (UA)
Co-PI   S. Hariri (UA)   Co-PI
H. Sarjoughian (ASU)    Co-PI
C. Fryer (LANL)   Co-PI M. Warren (LANL)   Co-PI
T. Evans (LANL)
Co-PI   M. Gray (LANL)   Co-PI
W. Miller (LANL)    Co-PI
A. Hungerford (LANL)   Co-PI R. Hoffman (LLNL)   Co-PI
F. Dietrich (LLNL)
SYNOPSIS: Scientific Discovery through Advanced Computing (SciDAC) Center for Supernova Research provides funding to two national labs and two universities. (Los Alamos and Livermore National Labs; University of California at Santa Cruz and University of Arizona) to carry out a program of research aimed at solving the problem of how core collapse occurs in thermonuclear supernovae. This is a very comprehensive and ambitious project, with many steps. It is one of fifty-one SciDAC projects that will receive a total of approximately $200 million over three years to develop scientific computing software and hardware infrastructure to advance fundamental research in areas related to the Department of Energy's missions. The SciDAC program will help create a new generation of scientific simulation codes and improved mathematical and computing systems software that will allow these codes to use modern terascale parallel computers effectively.
SciDAC AnimationViewer
SciDAC AnimationViewer April 2002
 

Previous Projects  

Biologically-Inspired Network System Modeling and Simulation [Sakarya University]

PI
H. Sarjoughian (ASU)


The aim of this research is to support model specifications based on swarm-based routing protocols by extending the DEVSJAVA to support studying alternative network topologies and routing algorithms. [more ...]

  Next Generation Software: SPEED-CS (A Simulation Platform for Experimentation and Evaluation of Distributed Computing Systems) [NSF]
   
PI   S. Sen (UA)   Co-PI
  F. Ciarallo (UA)   Co-PI
H. Sarjoughian (ASU)   Co-PI B. P. Zeigler (UA)
SYNOPSIS: This aims at creating a workbench that will facilitate rapid composition, evaluation, modification and validation of applications of distributed computing technology. Advances in processor technology have made it possible to bestow computational and communications power to devices ranging from simple sensors to more complex control and decision systems. Despite the phenomenal growth in applications of distributed computing systems, it is safe to suggest that we have only begun to scratch the surface. We expect a proliferation of systems consisting of heterogeneous, geographically distributed platforms that operate intelligently, communicate reliably and can be reconfigured easily. Unfortunately, current software support is often limited to isolated models and simulations. As a result, we are severely restricted in our ability to assess system performance and reliability. The SPEED-CS project is addressing this growing need.
 
  Simulation modeling and agent-based decision making in DEVS for Joint MEASURE [Lockheed Martin Missile Space, Sunnyvale, CA]
   
PI   B. P. Zeigler (UA)   Co-PI
  H. Sarjoughian (ASU)
SYNOPSIS: In this project, we are developing an integrated prototype agent-based modeling and simulation environment based on DEVS framework and Reactive Action Packages. Initially, we will prototype our approach using DEVSJAVA environment and later demonstrate the synergetic simulation-based reactive agent behavior in Joint-MEASURE which is a superset of DEVS.