188 results on '"Michael A. Demetriou"'
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2. Adaptive Observer Design for a Multi-State Reparable System.
3. Integrated Evacuation Planning and Spatial Field Estimation Using Level-Set Based Guidance with Trajectory Reconfiguration.
4. Plant Modeling and Estimation Framework for a Plume-Generating Controlled Underwater Vehicle.
5. Adaptive output synchronization of networked positive real infinite dimensional systems using adaptive functional estimation.
6. Passivity-based Control of a Hydrokinetic Energy Kite with a Multi-element Tether.
7. FEM-Aided Modeling and Control of a Tethered Hydrokinetic Energy Kite.
8. A minimax sliding mode control design on finite horizon for linear evolution equations with switching modes.
9. Adaptive alternatives in the velocity control of Mean-Field Kuramoto Models.
10. Adaptive Spatial PID and PD Coupling in Synchronization Control of Collocated Infinite and Finite Dimensional Systems.
11. Intermittent Adaptive Spatial Field Estimation and Concurrent Evacuation Planning Using Field-Dependent Evacuee Guidance.
12. Adaptive Techniques for the Online Estimation of Spatial Fields With Mobile Sensors.
13. Inducing persistence of excitation through sensor motion in the adaptive estimation of spatial fields.
14. Economic aspects of sensor selection optimization of finite and infinite dimensional dynamical systems.
15. Multi-band modal consensus filters for parabolic partial differential equations.
16. Fault detection and accommodation of positive real infinite dimensional systems using adaptive RKHS-based functional estimation.
17. Sensor location for unknown input observers of second order infinite dimensional systems.
18. Using local reachability sets in guiding mobile actuator and its orbiting sensors to approximate state feedback kernels in output control of PDEs.
19. Adaptive RKHS-based functional estimation of structurally perturbed second order infinite dimensional systems.
20. Employing mobile sensor density to approximate state feedback kernels in static output feedback control of PDEs.
21. Controlling 2D PDEs using mobile collocated actuators-sensors and their simultaneous guidance constrained over path-dependent reachability regions.
22. Design and optimization of minimum-order compensators of distributed parameter systems via functional observers and unknown input functional observers.
23. Optimal navigation over spatiotemporally varying hazardous fields.
24. Finite Dimensional Functional Observer Design for Parabolic Systems.
25. Robust control of PDEs with disturbances using mobile actuators constrained over time-varying reachability sets.
26. Adaptive detection and accommodation of communication attacks on infinite dimensional systems with multiple interconnected actuator/sensor pairs.
27. Functional estimation of perturbed positive real infinite dimensional systems using adaptive compensators.
28. Optimal Communication Topology and Static Output Feedback of Networked Collocated Actuator/Sensor Pairs in Distributed Parameter Systems.
29. Controlling PDEs with mobile actuators constrained over time-varying reachability sets.
30. Electricity in the air: Insights from two decades of advanced control research and experimental flight testing of airborne wind energy systems.
31. Hybrid domain decomposition filters for parabolic spatially distributed processes.
32. System theoretic framework for active sensing in disaster management: modifying sensor guidance for life prolongation in hazardous fields.
33. A level-set based approach for the path planning of human evacuations in contaminated indoor environments.
34. Feedback kernel approximations and sensor selection for controlled 2D parabolic PDEs using computational geometry methods.
35. A path planning algorithm for human evacuations with an environment dependent motion.
36. Combined sequential mobile sensing agent evacuation and state reconstruction in contaminated spatial fields.
37. Closed-loop guidance of mobile sensors for the estimation of spatially distributed processes.
38. Integrated observer and sensor placement design of parabolic PDEs using modified Centroidal Voronoi Tessellations.
39. Non-overlapping domain decomposition methods for computationally efficient estimation of parabolic PDEs with mobile sensors.
40. Using asymptotic embedding methods for dynamic estimation of spatial fields with mobile sensors.
41. Detection of communication attacks on spatially distributed systems with multiple interconnected actuator/sensor pairs.
42. Incorporating impact of hazardous and toxic environments on the guidance of mobile sensor networks used for the cooperative estimation of spatially distributed processes.
43. Optimisation and adaptation of synchronisation controllers for networked second-order infinite-dimensional systems.
44. Emulating a mobile spatially distributed sensor by mobile pointwise sensors in state estimation of partial differential equations via spatial interpolation.
45. Classification of adaptive observers for non-square infinite dimensional systems with structured perturbations and disturbances.
46. Sensor selection and static output feedback of parabolic PDEs via state feedback kernel partitioning using modification of Voronoi Tessellations.
47. Using modified Centroidal Voronoi Tessellations in kernel partitioning for optimal actuator and sensor selection of parabolic PDEs with static output feedback.
48. Adaptive spatial homogenization and synchronization of structurally perturbed parabolic PDEs via asymptotic embedding methods.
49. Information-based guidance of cooperative mobile agents in hazardous environments: In-domain and boundary patrolling.
50. Hybrid domain decomposition filters for advection-diffusion PDEs with mobile sensors.
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