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Nima Monshizadeh
Researcher at University of Groningen
Publications - 88
Citations - 1557
Nima Monshizadeh is an academic researcher from University of Groningen. The author has contributed to research in topics: Lyapunov function & Control theory. The author has an hindex of 16, co-authored 83 publications receiving 1225 citations. Previous affiliations of Nima Monshizadeh include ETH Zurich & University of Cambridge.
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Robust Synchronization of Uncertain Linear Multi-Agent Systems
TL;DR: It is shown that within the class of such dynamic protocols, a guaranteed achievable tolerance can be obtained that is proportional to the quotient of the second smallest and the largest eigenvalue of the Laplacian.
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Zero Forcing Sets and Controllability of Dynamical Systems Defined on Graphs
TL;DR: The problem of controllability of the network for a family of matrices carrying the structure of an underlying directed graph is considered, and a one-to-one correspondence between the set of leaders rendering the network controllable and zero forcing sets is established.
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Projection-Based Model Reduction of Multi-Agent Systems Using Graph Partitions
TL;DR: A projection-based model reduction method for multiagent systems defined on a graph that shows that if the original multiagent system reaches consensus, then so does the reduced order model and it is proved that the error obtained by taking an arbitrary partition of the graph is bounded from below by theerror obtained using the largest AEP finer than the given partition.
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Bregman Storage Functions for Microgrid Control
TL;DR: In this paper, a theoretical framework for the analysis and control of a coupled microgrid is presented, where an energy function comprising the kinetic energy associated with the elements that emulate the rotating machinery and terms taking into account the reactive power stored in the lines and dissipated on shunt elements is constructed.
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Bregman storage functions for microgrid control
TL;DR: In this paper, an incremental energy analysis framework is proposed for a coupled microgrid with an adjustable voltage-dependent term, and a complete Lyapunov stability analysis of the various systems is carried out along with a discussion on their active and reactive power sharing properties.