22 results on '"Rimorov, Dmitry"'
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2. Fundamental study of common mode small-signal frequency oscillations in power systems
3. Gain Scheduling Control Design for Active Front End for Power-Hardware-in-The-Loop Application: An LMI Approach
4. Power Coupling for Transient Stability and Electromagnetic Transient Collaborative Simulation of Power Grids
5. H-infinity Robust Control of a Transparent Power-Hardware-in-the-Loop System
6. Advanced Controls to Improve Dynamic Stability Performance for Large Power Systems
7. Calculating Impulse and Frequency Response of Large Power System Models for Realization Identification
8. Power Hardware-in-the-Loop Testing of Residential PV Inverters in the Conditions of Weak Network
9. A Multi-Time-Step Transmission Line Interface for Power Hardware-in-the-Loop Simulators
10. Collaborative Simulation of Heterogeneous Components as a Means Toward a More Comprehensive Analysis of Smart Grids
11. An Approach to Constructing Analytical Energy Function for Synchronous Generator Models With Subtransient Dynamics
12. Synchrophasor-Based State Estimation for Voltage Stability Monitoring in Power Systems
13. Synchrophasor-Based State Estimation for Microgrid Protection
14. Dynamic performance improvement of New York state power grid with multi‐functional multi‐band power system stabiliser‐based wide‐area control
15. Adaptive wide-area primary frequency controller for improving power grid dynamic performance
16. Quasi-Steady-State Approach for Analysis of Frequency Oscillations and Damping Controller Design
17. Inter-area oscillation damping and primary frequency control of the New York state power grid with multi-functional multi-band power system stabilizers
18. Design and implementation of combined frequency/oscillation damping controller for type 4 wind turbines
19. Model‐based tuning approach for multi‐band power system stabilisers PSS4B using an improved modal performance index
20. Generation Dispatch Techniques for Remote Communities With Flexible Demand
21. Coordinated design of active and reactive power modulation auxiliary loops of wind turbine generators for oscillation damping in power systems
22. Coordinated design of active and reactive power modulation auxiliary loops of wind turbine generators for oscillation damping in power systems.
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