Research
Research areas
Six interconnected lines of work, ranging from the abstract analysis of linear parameter-varying systems to feedback control inside living cells.
LPV systems & gain-scheduling
Linear parameter-varying systems, robust analysis, and the design of controllers that adapt to measurable parameters.
Read moreTime-delay systems
Infinite-dimensional systems where the future depends on the past. Stability, robustness, and delay-scheduled control.
Read moreHybrid & impulsive systems
Looped-functionals as a unifying paradigm for impulsive, switched, sampled-data, and periodic dynamics.
Read morePositive systems
Systems confined to the nonnegative orthant, with applications across biology, epidemiology, and networks.
Read moreCommunication networks
Congestion control as a control problem: stability, fairness, and the modeling that makes protocols rigorous.
Read moreCybergenetics
Control theory for living cells: stochastic reaction networks, antithetic integral feedback, in-silico controllers.
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