Automatic classification of blood cell microscope digital images
We develop methods and algorithms for helping in the diagnosis of hematological diseases.
Large scale systems
We deal with system decompositions and decentralized control design.
Non linear control
We deal with systems with nonlinear components such as hysteresis with modelling uncertainties. We develop and apply methods mainly related to Lyapunov stability.
We work on control of uncertain systems using methods and tools such as guaranteed cost control, Hinf, LMI's and Lyapunov based design. We deal with uncertainties in parameters, excitations and failures in controllers.
We are interested in active, semi-active and passive control of vibrations due to undesired excitations in structures from civil, mechanical and related engineering areas.
Structural health monitoring
We develop methods for damage identification in structures based on experimental data.
Adaptive predictive control
We are interested in applications of predictive control within adaptive and expert-ruled scenarios.
Control of irrigation canals
We develop control methods and algorithms to improve the water management efficiency through automatic operation.
We are interested in the qualitative and analytic theory of continuous and discrete dynamic systems. In particular, we study bifurcations, periodic orbits, global asymptotic stability and integrability isues.