All Stories

  1. Interval State Estimation of Systems with Metzler Polytopic Models
  2. State Control Design of Ostensible Metzler Linear Systems with Unsigned Input Parameters
  3. Stability and Stabilization Conditions for Switching Positive T-S Fuzzy Interval Observes
  4. Ostensible Metzler Linear Uncertain Systems: Goals, LMI Synthesis, Constraints and Quadratic Stability
  5. A new D-stability area for linear discrete-time systems
  6. Interval observers design for systems with ostensible Metzler system matrices
  7. Interval Observers for Switched Metzler-Takagi-Sugeno Fuzzy Systems
  8. State Estimation of Positive Switched Interval Systems with Metzler–Takagi–Sugeno Fuzzy Models
  9. Data Driven, Additive Fault Detection for Wind Turbines
  10. Limiting State Estimation of Switched Interval Systems with Metzler-Takagi-Sugeno Models
  11. On the Separation Principle in Dynamic Output Controller Design for Uncertain Linear Systems
  12. Fault Detection in Linear Metzlerian Systems
  13. On some ways to implement state-multiplicative fault detection in discrete-time linear systems
  14. Virtual Actuator Design for Uncertain Metzler Systems
  15. Control Design for Linear Strictly Metzler Time-delay Systems
  16. Quadratic Stabilization of Linear Uncertain Positive Discrete-Time Systems
  17. On PID Design Constraints in Relation to Control of Strictly Metzler Linear MIMO Systems
  18. Interval Observer Design for One Class of Uncertain Linear Strictly Metzlerian Time-Delay Systems
  19. Descriptor Principle in Residual Filter Design for Strictly Metzler Linear Systems
  20. Regular Approach to Additive Fault Detection in Discrete-Time Linear Descriptor Systems
  21. PID Control Design for SISO Strictly Metzlerian Linear Systems
  22. D-stability of Linear Stochastic Systems with State-Space Forms
  23. Discrete-time Linear Systems Fault Diagnosis Using Schmidt-Kalman Filters
  24. Reduced-Order State Observers for Linear Discrete-time Positive Systems
  25. Reduced-Order Interval Observers for Uncertain Linear Metzlerian Systems
  26. Limiting Interval Kalman Filter Design for Linear Discrete-time Positive Systems
  27. Interval Observer Design for Uncertain Linear Continuous-time Metzlerian Systems
  28. Mixed H2/H∞ Control Synthesis for Discrete-time Linear Positive Systems
  29. Design of Positive Interval Observers for Strictly Positive Uncertain Discrete-time Linear Systems
  30. Control Design for Linear Strictly Metzlerian Descriptor Systems
  31. Detection of State-Multiplicative Faults in Discrete-Time Linear Systems
  32. H∞ Filter Design for Discrete-time Linear Positive Systems
  33. Mixed H2/H∞ Strategy in Control Law Parameter Design for Linear Strictly Metzlerian Systems
  34. Static Output Control Design for Linear Discrete-time Positive Systems
  35. H2 Norm Principle in State-Feedback Synthesis for Discrete-time Linear Systems under Positivity Constraints
  36. Unknown-input Observers for Metzlerian Linear Positive Systems
  37. Fault Detection Using Consensus-Based Linear Distributed Kalman Filtering
  38. H2 Norm Principle in Order Reduction of Discrete-time Systems
  39. State Constraints in Discrete-time Positive System Control
  40. On Fault Detection for Discrete-time Linear State-multiplicative Systems with Uncorrelated Multiplicative Faults
  41. H∞ norm principle in residual filter design for discrete-time linear positive systems
  42. Fault Residuals Based on Distributed Discrete-Time Linear Kalman Filtering
  43. Fuzzy Fault Detection Filter Design for One Class of Takagi-Sugeno Systems
  44. LMI Based Principles in Strictly Metzlerian Systems Control Design
  45. On Unknown-Input Observer Design for Linear Discrete-Time Positive Systems
  46. Quadratic Control of Linear Discrete-time Positive Systems
  47. Stabilization of Linear Metzlerian Systems with Connection to LQ Problem
  48. State control design for discrete-time systems with state constraints
  49. Design of observer-based state feedback control
  50. Design of linear dynamical controllers with D-stability constraints
  51. Enhanced Conditions in Design of Linear Discrete-time Positive System Control
  52. Enhanced approach to cascade reconfiguration control design
  53. A Unitary Construction of Takagi-Sugeno Fuzzy Fault Detection Filters
  54. Enhanced approach to cascade reconfiguration control design
  55. Stabilization of discrete-time LTI positive systems
  56. H∞ Norm Based Design of Functional Observers
  57. H $$_{2}$$ /H $$_{\infty }$$ Principle in Discrete-Time Virtual Actuator Design
  58. Cascade Reconfiguration Structures in Fault Tolerant Control
  59. On distributed discrete-time Kalman Filtering in large linear time-invariant systems
  60. Interposed H2/H∞ Design Conditions for Control of Linear Discrete-Time Systems
  61. Proportional-difference observers in additive fault estimation
  62. Fault detection filter design for a class of Lipschitz systems
  63. On H2 norm approach to static output control design for nonlinear systems given in Takagi-Sugeno forms
  64. Relaxed design conditions for Takagi-Sugeno unknown input observers
  65. Cascade structures of fault-tolerant control schemes with the static and dynamic output controllers
  66. Enhanced approach to PD control design for linear time-invariant descriptor systems
  67. LMI-based design of cascade reconfiguration control structures
  68. One approach to cascade framework design within control structure reconfiguration in faulty systems
  69. PI fuzzy virtual actuator design for Takagi-Sugeno systems
  70. On enhanced mixed H2/H∞ design conditions for control of linear time-invariant systems
  71. D-stable condition formulation for cascade reconfiguration control design
  72. Relaxed formulation of the design conditions for Takagi-Sugeno fuzzy virtual actuators
  73. Conditions with D-stability circle area in design of observer-based fault estimation
  74. Virtual actuator based fault tolerant control design for Takagi-Sugeno fuzzy systems
  75. Unitary Approximations in Fault Detection Filter Design
  76. On fault tolerant control structures incorporating fault estimation
  77. Control design for discrete-time state-multiplicative noise stochastic systems
  78. Design of FTC structures with PI virtual actuators
  79. On fault detection filters design with unitary transfer function matrices
  80. LMI constraints on system eigenvalues placement in dynamic output control design
  81. H $$_{\infty }$$ Approach to Virtual Actuators Design
  82. One Approach to Design the Fuzzy Fault Detection Filters for Takagi-Sugeno Models
  83. On virtual observers in fault tolerant control
  84. LMI based output PS control design for discrete-time linear MIMO systems
  85. Discrete-time state feedback control design for linear systems
  86. Control design for discrete-time linear systems using enhanced LMI conditions
  87. H∞ Control of Continuous-Time Linear Systems Using Dynamic and Static Output Controllers
  88. Application of descriptor approaches in design of PD observer-based actuator fault estimation
  89. Robust TS Fuzzy Fault Detection Filters Design
  90. FTC with Dynamic Virtual Actuators: Characterization via Dynamic Output Controllers andH∞Approach
  91. Construction Process of Unitary Systems Using LMI Based Approach
  92. FTC Structures with Virtual Actuators and Dynamic Output Controllers
  93. On Stabilization of Switched Linear MI Systems Using in Part Common Left Eigenvector Assignment Based on LMIs∗∗The work presented in this paper was supported by VEGA, the Grant Agency of the Ministry of Education and the Academy of Science of Slovak Re...
  94. Design of PD Observer-Based Fault Estimator for a Class of Takagi-Sugeno Descriptor Systems∗∗The work presented in this paper was supported by VEGA, the Grant Agency of the Ministry of Education and the Academy of Science of Slovak Republic, under Gran...
  95. State control of discrete-time linear systems to be bound in state variables by equality constraints
  96. An enhanced approach to actuator fault estimation design for linear continuous-time systems
  97. Control of Linear Systems Using Dynamic Output Controllers
  98. On Observer Design Methods for a Class of Takagi-Sugeno Fuzzy Systems
  99. Static output control design for nonlinear systems in the Takagi-Sugeno form
  100. Dynamic output control of nonlinear systems described by Takagi-Sugeno models
  101. On reduced-order fuzzy observer for one class of bilinear Takagi-Sugeno systems
  102. Output PI control of MIMO linear continuous-time systems
  103. Static output control design reflecting fuzzy subsystem interactions in TS fuzzy models
  104. LMI based fuzzy observer design for Takagi-Sugeno models containing vestigial nonlinear terms
  105. Robust Residual Generator Design for Systems with Distributed Time Delay
  106. Fault Residual Functions Make Use of Linear Quadratic Control Performances
  107. Control Reconfiguration for One Class of Takagi-Sugeno Fuzzy SISO Systems
  108. H∞Enhanced Control Design of Discrete-Time Takagi-Sugeno State-Multiplicative Noisy Systems
  109. H∞ Control of Discrete-Time Stochastic State-multiplicative Systems Constrained in State by Equality Constraints
  110. Design of fault residual functions for systems stabilized by static output feedback
  111. Actuator faults reconstruction using reduced-order fuzzy observer structures
  112. On pole placement LMI constraints in control design for linear discrete-time systems
  113. Nonlinear system H∞ fuzzy control within Takagi-Sugeno framework
  114. Enhanced LMI conditions for quadratic fuzzy control design
  115. Fault detection in linear systems with distributed time delays
  116. On the Takagi-Sugeno model-based state estimation for one class of bilinear systems
  117. Observer-based fault estimation for linear systems with distributed time delay
  118. Residual Generator for a Class of Nonlinear Systems Described by Takagi-Sugeno Models
  119. H∞Control of Pairwise Distributable Large-Scale TS Fuzzy Systems
  120. Stabilizing Fuzzy Output Control for a Class of Nonlinear Systems
  121. On stabilizing fuzzy state control design for a class of Takagi-Sugeno descriptor systems
  122. Actuator fault estimation using neuro-sliding mode observers
  123. Stabilizing fuzzy static output control for a class of nonlinear systems
  124. Takagi-Sugeno model-based state estimation for one class of nonlinear systems with unknown disturbances
  125. Novel fault detection criteria based on linear quadratic control performances
  126. H∞ control of discrete-time linear systems constrained in state by equality constraints
  127. LMI based control design for linear systems with distributed time delays
  128. Fuzzy Control with Quadratic Performance for a Class of Nonlinear Systems
  129. Reducer-Order Fuzzy-Observer-based Actuator Fault Reconstruction for a Class of Nonlinear Systems
  130. A Reduced-Order TS Fuzzy Observer Scheme with Application to Actuator Faults Reconstruction
  131. Optimal Fuzzy Control for a Class of Nonlinear Systems
  132. An Active Reconfiguration Scheme for Systems with Single Sensor Faults
  133. H∞ Subsystem Pairwise Distributed Control of Uncertain Linear Systems
  134. Stabilizing fuzzy control for a class of nonlinear systems
  135. An Approach to Reconstruction of Actuator Faults for a Class of Nonlinear Systems
  136. Partially Decentralized Design Principle in Large-Scale System Control
  137. TS fuzzy observer based residual generators for a class of nonlinear systems
  138. Estimation of Nonlinear System Parameter Faults via Sliding Mode Observer
  139. Design of stable fuzzy-observer-based residual generators for a class of nonlinear systems
  140. Delay-dependent control of linear time-delay systems
  141. State feedback control with optimized mode decoupling
  142. Design Principles of Active Robust Fault Tolerant Control Systems
  143. Pairwise control principle in large-scale systems
  144. Reducer-Order Fuzzy-Observer-based Actuator Fault Reconstruction for a Class of Nonlinear Systems
  145. Control of Discrete-Time Stochastic Systems with State Equality Constraints
  146. On observer-based residual generator design for a class of nonlinear systems
  147. On sensor faults estimation using sliding mode observers
  148. Actuator faults estimation using sliding mode state estimator
  149. Output feedback control design using unified algebraic approach
  150. State estimate based control design using the unified algebraic approach
  151. Observer state feedback control of discrete-time systems with state equality constraints
  152. Exponential stability of networked control systems with network-induced random delays
  153. Control reconfiguration based on the constrained LQ algorithms
  154. Control reconfiguration based on the constrained LQ algorithms
  155. Some properties of sliding mode residual filter design
  156. LMI-Supported Design of Residual Generators Based on Unknown-Input Estimator Scheme
  157. Residual Filter Design Using Computational Mathematics Methods
  158. Dynamic feedback controller design using computational mathematics methods
  159. Constrained control of discrete-time stochastic systems
  160. Performance of reconfiguration structures based on the constrained control
  161. Quadratically Stabilized Discrete-Time Robust LQ Control
  162. Application of Heuristic Programming to Dynamic System Stabilization
  163. Context Dependent Phoneme Recognition
  164. State-Space Model Based Labeling of Speech Signals
  165. A SIMPLIFIED APPROACH TO PARAMETER DESIGN OF SPECTRAL OBSERVERS
  166. On-line optimwing neural networks for kalman filtered real-time identification