All Stories

  1. Quantitative feedback control for multivariable model matching and disturbance rejection
  2. Dynamic analysis of the Green Bank Telescope structure and servo system
  3. Correcting encoder interpolation error on the Green Bank Telescope using an iterative model based identification algorithm
  4. The Nyquist stability criterion in the Nichols chart
  5. A novel multi-loop QFT robust control methodology for cascade control systems
  6. Quantitative Feedback Theory
  7. System identification and interval analysis of the Green Bank Telescope structure and servo system
  8. An iterative model-based cogging compensator for the Green Bank Telescope servo system
  9. High-performance quantitative robust switching control for optical telescopes
  10. System identification of the Green Bank Telescope structure and servo system
  11. Quantitative Feedback Theory
  12. Wind Farm Lab Test-Bench for Research/Education on Optimum Design and Cooperative Control of Wind Turbines
  13. A quantitative feedback solution to the multivariable tracking error problem
  14. Quantitative feedback–feedforward control for model matching and disturbance rejection
  15. High-performance switching QFT control for large radio telescopes with saturation constraints
  16. A novel control system for offshore wind turbines under the effects of ice and tide
  17. Wind Energy Systems
  18. Nonconservative QFT bounds for tracking error specifications
  19. A novel approach to Airborne Wind Energy: Overview of the EAGLE System project
  20. Advanced nonlinear robust controller design for high-performance servo-systems in large radar antennas
  21. A novel approach to airborne wind energy: Design and modeling
  22. Control of Flywheel Energy Storage Systems for wind farm power fluctuation mitigation
  23. Advanced Attitude and Position MIMO Robust Control Strategies for Telescope-Type Spacecraft with Large Flexible Appendages
  24. Longitudinal Flight Control for a Novel Airborne Wind Energy System: Robust MIMO Control Design Techniques
  25. Controller Design to Reduce Mechanical Fatigue in Offshore Wind Turbines Affected by Ice and Tide
  26. Power Regulation Strategies for Wind Turbines
  27. Automatic loop shaping of QFT robust controllers with multi-objective specifications via nonlinear quadratic inequalities
  28. Analytical formulation to compute QFT bounds: The envelope method
  29. Automatic loop-shaping of QFT robust controllers
  30. Non-diagonal MIMO QFT controller design reformulation
  31. Wind turbines: New challenges and advanced control solutions
  32. Beyond the linear limitations by combining switching and QFT: Application to wind turbines pitch control systems
  33. QFT robust control of a Vega-type space launcher
  34. MIMO quantitative robust control of a wastewater treatment plant for biological removal of nitrogen and phosphorus
  35. Nondiagonal MIMO QFT Controller Design for Darwin-Type Spacecraft With Large Flimsy Appendages
  36. Resultados Del Benchmark de Diseño De Controladores Para el Cabeceo de un Helicóptero
  37. A simple hybrid/switching strategy for improving linear controllers
  38. Analytical formulation to compute QFT templates for plants with a high number of uncertain parameters
  39. Reformulation of Disturbance Observer design in the frequency domain
  40. Editorial: Cooperative control of multiple spacecraft flying in formation
  41. Load-sharing robust control of spacecraft formations: deep space and low Earth elliptic orbits
  42. Ampliación del benchmark de diseño de controladores para el cabeceo de un helicóptero
  43. Special Issue on‘Wind Turbines:New Challenges and Advanced Control Solutions’ International Journal of Robust and Nonlinear Control
  44. FULL-MATRIX INVERSE-BASED MIMO QFT CONTROL DESIGN FOR SPACECRAFT FLYING IN FORMATION
  45. Robust QFT tracking controller design for a Car equipped with 4-Wheel Steer-by-Wire
  46. Robust QFT tracking controller design for a car equipped with 4-wheel steer-by-wire
  47. Quantitative feedback theory. In memoriam of Isaac Horowitz
  48. Nondiagonal QFT Controller Design for a Three-Input Three-Output Industrial Furnace
  49. NON-DIAGONAL MULTIVARIABLE ROBUST QFT CONTROL OF A WASTEWATER TREATMENT PLANT FOR SIMULTANEOUS NITROGEN AND PHOSPHORUS REMOVAL
  50. A quantitative robust control approach for distributed parameter systems
  51. NON-DIAGONAL MIMO ROBUST CONTROL FOR A 4×4 ELECTRICAL INDUSTRIAL FURNACE
  52. Design of quantitative feedback theory non-diagonal controllers for use in uncertain multiple-input multiple-output systems
  53. ROBUST LOAD-SHARING CONTROL OF SPACECRAFT FORMATIONS
  54. ONE-POINT FEEDBACK ROBUST CONTROL FOR DISTRIBUTED PARAMETER SYSTEMS
  55. Experimental results of the variable speed, direct drive multipole synchronous wind turbine TWT1650
  56. Model identification of a multivariable industrial furnace
  57. Plant Uncertainty Contribution to QFT Tracking Control Design
  58. Simultaneous meeting of robust control specifications in QFT
  59. Editorial
  60. ROBUST SPECIFICATION INFLUENCE ON FEEDBACK CONTROL STRATEGIES
  61. Quantitative feedback theory: fundamentals and applications, Constantine H. Houpis and Steven J. Rasmussen; Marcel Dekker, Inc., New York, 1999, xxiv + 408 pages, ISBN 0-8247-7872-3
  62. Automatic Loop-Shaping of QFT Robust Controllers Via Genetic Algorithms
  63. A reduced model of central heating systems as a realistic scenario for analyzing control strategies
  64. Adaptive optimum start-up and shut-down time controllers for heating systems based on a robust gradient method
  65. QFT-robust control of a wastewater treatment plant
  66. Smith predictor for uncertain systems in the QFT framework