@unpublished{NnAaaa, author="G. Cavraro and A. Bernstein and R. Carli and S. Zampieri", title="Distributed Minimization of the Power Generation Cost in Prosumer-Based Distribution Networks", year="2020" } @inproceedings{NnAaaa, author="G. Baggio and S. Zampieri and C.W. Scherer", title="Gramian Optimization with Input-Power Constraints", booktitle="IEEE Conf. on Decision and Control", year="2019", organization="CDC" } @inproceedings{NnAaaa, author="G. Baggio and V. Katewa and F. Pasqualetti and S. Zampieri", title="The Shannon Capacity of Linear Dynamical Networks", booktitle="European Control Conference (ECC)", year="2019" } @inproceedings{NnAaaa, author="G. Casadei and C. Canudas-de-Wit and S. Zampieri", title="Controllability of Large-Scale Networks: An Output Controllability Approach", booktitle="Proc. CDC", year="2018" } @inproceedings{NnAaaa, author="F. Pasqualetti and C. Favaretto and S. Zhao and S. Zampieri", title="Fragility and Controllability Tradeoff in Complex Networks", booktitle="Proc. ACC", year="2018" } @inproceedings{NnAaaa, author="B. Giacomo and V. Rutten and H. Guillaume and S. Zampieri", title="Information Transmission in Dynamical Networks: The Normal Network Case", booktitle="Proc. CDC", year="2018" } @inproceedings{NnAaaa, author="G. Baggio and S. Zampieri", title="On the Relation between Non-normality and Diameter in Linear Dynamical Networks", booktitle="Proc. ECC", year="2018" } @inproceedings{NnAaaa, author="G. Cavraro and S. Bolognani and R. Carli and S. Zampieri", title="The value of communication in the voltage regulation problem", booktitle="Decision and Control (CDC), 2016 IEEE 55th Conference on", year="2016", pages="5781-5786", publisher="IEEE" } @inproceedings{NnAaaa, author="G. Bianchin and F. Pasqualetti and S. Zampieri", title="The Role of Diameter in the Controllability of Complex Networks", booktitle="IEEE Conf. on Decision and Control", year="2015", address="Osaka, Japan" } @inproceedings{NnAaaa, author="G. Cavraro and R. Carli and S. Zampieri", title="A distributed control algorithm for the minimization of the power generation cost in smart micro-grid", booktitle="Conference on Decision and Control (CDC14)", year="2014" } @inproceedings{NnAaaa, author="G. Cavraro and R. Carli and S. Zampieri", title="A Multi-Agents Control Approach for the Optimal Power Flow Problem", booktitle="The 21st International Symposium on Mathematical Theory of Networks and Systems (MTNS 2014)", year="2014", address="Groningen" } @inproceedings{NnAaaa, author="F. Pasqualetti and S. Zampieri and F. Bullo", title="Controllability Metrics and Algorithms for Complex Networks", booktitle="IEEE American Control Conference", year="2014", address="Portland, OR, USA" } @inproceedings{NnAaaa, author="G. Como and F. Fagnani and S. Zampieri", title="Distributed Learning in Potential Games Over Large-Scale Networks", booktitle="The 21st International Symposium on Mathematical Theory of Networks and Systems (MTNS 2014)", year="2014" } @inproceedings{NnAaaa, author="B. Gentile and J.W. Simpson-Porco and F. Dörfler and S. Zampieri and F. Bullo", title="On Reactive Power Flow and Voltage Stability in Microgrids", booktitle="IEEE American Control Conference", year="2014" } @inproceedings{NnAaaa, author="S. Bolognani and R. Carli and G. Cavraro and S. Zampieri", title="A distributed control strategy for optimal reactive power flow with power and voltage constraints", booktitle="IEEE SmartGridComm 2013 Symposium", year="2013" } @inproceedings{NnAaaa, author="S. Bolognani and R. Carli and G. Cavraro and S. Zampieri", title="A distributed control strategy for optimal reactive power flow with power constraints", booktitle="Conference on Decision and Control (CDC13)", year="2013", publisher="Conference on Decision and Control (CDC12)" } @inbook{NnAaaa, author="S. Bolognani and G. Cavraro and S. Zampieri", title="A distributed feedback control approach to the optimal reactive power flow problem", booktitle="Control of Cyber-Physical Systems", year="2013", pages="259-277", volume="449", series="Lecture Notes in Control and Information Sciences", publisher="Springer" }