Simulation Optimization Systems (SOS) Research Laboratory
Historical Note
Research in
the Simulation Optimization Systems (SOS) Research Laboratory paved the
way to the world's first statistical modeling/yield-driven design
technology used within major CAD/CAE products. International research and
industrial collaborations, including
Optimization Systems Associates Inc. ("OSA"), founded by
Dr. John W. Bandler, has been vital.
We collaborated in the creation of OSA's RoMPETM,
HarPETM and OSA90/hopeTM,
featuring the world's most powerful harmonic balance optimizer, as well as
in EmpipeTM, Empipe3DTM,
EmpipeExpressTM, empathTM
and the breakthrough Space Mapping and Geometry Capture technologies.
The Empipe family became the foundation of Agilent HFSS Designer and
Momentum Optimization (Agilent
Technologies).
The world's most advanced family of L1, L2, Huber
and minimax optimizers have been implemented in a friendly CAD
environment. Pioneering software development for CAE, including design
centering, optimal assignment of tolerances, postproduction tuning and
production yield enhancement continues. We have worked on efficient
techniques for large-scale optimization, active device parameter
extraction, physics-based statistical device modeling and simulation,
design centering and yield-driven design for GaAs
microwave/millimeter-wave monolithic integrated circuits.
We have integrated optimization software with microwave measurement
technology, full-wave electromagnetic (EM) simulators, and SPICE-like
simulators.
Our historical association with OSA resulted in state-of-the-art
commercial CAE software being available to us from many groups, most
notably Sonnet Software, Inc.,
Ansoft Corporation and Agilent
EEsof EDA.
Funding
Funding includes grants from the Natural Sciences and Engineering Research Council of Canada (NSERC) and the Micronet Network of Centres of Excellence.
Major Projects
J.W. Bandler holds NSERC Strategic Grants with M.H. Bakr (McMaster University), N.K. Nikolova (McMaster University) and Q.J. Zhang (Carleton University).
Short Term Goal
To advance the state of the art in modeling of engineering devices and optimal design of complex engineering systems through Space Mapping Technology.
News
Dr. Bandler's achievements and commercial software implementations include design centering and yield-driven design for which he received the IEEE MTT-S Microwave Application Award in 2004.