Sfoglia per Autore
Reverse-engineering biological interaction networks from noisy data using Regularized Least Squares and Instrumental VariablesIEEE Conference on Decision and Control and European Control Conference
2011-01-01 Montefusco, Francesco; Carlo, Cosentino; Francesco, Amato; Declan G., Bates
Reverse Engineering Partially-Known Interaction Networks from Noisy DataProceedings of the 18th IFAC World Congress
2011-01-01 Bittanti, Sergio; Mosca, Edoardo; Bittanti, Sergio; Montefusco, Francesco
Reverse-Engineering Biological Interaction Networks from Noisy Data using Regularized Least Squares and Instrumental Variables
2011-01-01 Montefusco, F; Cosentino, C; Amato, F; Bates, Dg
On the Role of Ultrasensitivity in Biomolecular Control Systems
2012-01-01 Montefusco, F; Steinacher, A; Akman, Oe; Bates, Dg; Soyer, Os
A control system for the osmoregulation process in Saccharomyces cerevisiae
2012-01-01 Montefusco, F; Steinacher, A; Akman, Oe; Bates, Dg; Soyer, Os
A control system for the osmoregulation process in Saccharomyces cerevisiae
2012-01-01 Montefusco, F; Steinacher, A; Akman, Oe; Bates, Dg; Soyer, Os
Exploiting Instrumental Variables and Regularized Least Squares for Reverse-Engineering Large Scale Biological Networks from Noisy Data
2012-01-01 Montefusco, F; Cosentino, C; Mohammed, S; Haynes, K; Bates, Dg
Exploiting Instrumental Variables and Regularized Least Squares for Reverse-Engineering Large Scale Biological Networks from Noisy Data
2012-01-01 Montefusco, F; Cosentino, C; Mohammed, S; Haynes, K; Bates, Dg
On the role of ultrasensitivity in biomolecular control systems2012 IEEE 51st IEEE Conference on Decision and Control (CDC)
2012-01-01 Montefusco, Francesco; Arno, Steinacher; Ozgur E., Akman; Declan G., Bates; Orkun S., Soyer
How can we design robust synthetic biological feedback control circuits?
2013-01-01 Montefusco, F; Akman, Oe; Bates, Dg; Soyer, Os
How can we design robust synthetic biological feedback control circuits?
2013-01-01 Montefusco, F.; Akman, O. E.; Bates, D. G.; Soyer, O. S.
A Modular Approach to the Design of Embedded Controllers for Chemical Reaction Networks
2014-01-01 Cosentino, C; Bilotta, M; Montefusco, F; Sawlekar, R; Amato, F; Bates, Dg
A Modular Approach to the Design of Embedded Controllers for Chemical Reaction Networks
2014-01-01 Cosentino, C; Bilotta, M; Montefusco, F; Sawlekar, R; Amato, F; Bates, Dg
Modelling and Analysis of Feedback Control Mechanisms Underlying Osmoregulation in YeastA Systems Theoretic Approach to Systems and Synthetic Biology II: Analysis and Design of Cellular Systems
2014-01-01 Montefusco, Francesco; Ozgur E., Akman; Orkun S., Soyer; Declan G., Bates
Modelling and Analysis of Feedback Control Mechanisms Underlying Osmoregulation in Yeast
2014-01-01 Montefusco, F; Akman, Oe; Soyer, Os; Bates, Dg
Biomolecular implementation of a quasi sliding mode feedback controller based on DNA strand displacement reactions
2015-01-01 Sawlekar, Rucha; Montefusco, Francesco; Kulkarni, Vishwesh; Bates Declan, G.
Mathematical modelling of local calcium and regulated exocytosis during inhibition and stimulation of glucagon secretion from pancreatic alpha-cells
2015-01-01 Montefusco, Francesco; Pedersen Morten, Gram
Biomolecular Implementation of a Quasi Sliding Mode Controller using an Ultrasensitive Cell Signalling Pathway
2015-01-01 Sawlekar, R; Montefusco, F; Kulkarni, Vv; Bates, Dg
Biomolecular Implementation of a Quasi Sliding Mode Controller using an Ultrasensitive Cell Signalling Pathway
2015-01-01 Sawlekar, Rucha; Montefusco, Francesco; Kulkarni, Vishwesh; Bates Declan, G
Biomolecular Implementation of a Quasi Sliding Mode Controller using an Ultrasensitive Cell Signalling Pathway
2015-01-01 Sawlekar, R; Montefusco, F; Kulkarni, Vv; Bates, Dg
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