jagger.berkeley.edu
Berkeley Center for Control and Identification-Projects
https://jagger.berkeley.edu/projects.html?indx=3
We are developing techniques for Consistency, Model Prediction, and Parameter Optimization using a dataset of experimental models, data, and uncertainty. Techniques include solution mapping, polynomial optimization, and semidefinite programming. Current work is on issues of dimensionality. Http:/ jagger.me.berkeley.edu/ pack/nsfuncertainty. Fault Detection for Nonlinear Systems.
jagger.berkeley.edu
Berkeley Center for Control and Identification-News
https://jagger.berkeley.edu/news.html
BCCI welcomes Filippo Zanella. Filippo Zanella is a visiting scholar from University degli studia di Padova, Italy working with Prof. Kameshwar Poolla. His research interests include Distributed Optimization. BCCI says goodbye to Roland Toth. Dr Toth returns to the Netherlands to take a faculty position at Delft University of Technology. The lab wishes him and his family well and hopes to see him in the future. BCCI welcomes Roland Toth. Trent Russi files PhD dissertation. Maria Carmela Signorile is a vi...
jagger.berkeley.edu
Berkeley Center for Control and Identification-People
https://jagger.berkeley.edu/people.html
Xin Hua Yang (1995).
jagger.berkeley.edu
Berkeley Center for Control and Identification-Publications
https://jagger.berkeley.edu/publications.html
Performance Certification of Interconnected Systems using Decomposition Techniques. Equilibrium-independent passivity: a new definition and numerical certification. Modeling sporulation decisions in Bacillus subtilis as optimal evolutionary decision-making. Evaluating the delay robustness of interconnected passive systems with a frequency-dependent integral quadratic constraint. June 29, 2011. L2 gain verification for interconnections of locally stable systems using integral quadratic constraints. Linear...
jagger.berkeley.edu
Berkeley Center for Control and Identification-Software
https://jagger.berkeley.edu/software.html
Http:/ collab-sci.sourceforge.net/. Quantitative Local Analysis of Nonlinear Systems Using SOS. Software presented at the workshop "Quantitative Local Analysis of Nonlinear Systems Using Sum-of-Squares Decompositions" on June 9, 2009 at the American Controls Conference in St. Louis, Missouri. Http:/ jagger.me.berkeley.edu/software/acc09. MATLAB 6.5 , Windows (if you want to hear sound), a fast computer.
jagger.berkeley.edu
Berkeley Center for Control and Identification-Software
https://jagger.berkeley.edu/software.html?indx=3
Http:/ collab-sci.sourceforge.net/. Quantitative Local Analysis of Nonlinear Systems Using SOS. Software presented at the workshop "Quantitative Local Analysis of Nonlinear Systems Using Sum-of-Squares Decompositions" on June 9, 2009 at the American Controls Conference in St. Louis, Missouri. Http:/ jagger.me.berkeley.edu/software/acc09. MATLAB 6.5 , Windows (if you want to hear sound), a fast computer.
jagger.berkeley.edu
Berkeley Center for Control and Identification-Projects
https://jagger.berkeley.edu/projects.html
We are developing techniques for Consistency, Model Prediction, and Parameter Optimization using a dataset of experimental models, data, and uncertainty. Techniques include solution mapping, polynomial optimization, and semidefinite programming. Current work is on issues of dimensionality. Http:/ jagger.me.berkeley.edu/ pack/nsfuncertainty. Fault Detection for Nonlinear Systems.
