All Stories

  1. On the Properties of a Newly Susceptible, Non-Seriously Infected, Hospitalized, and Recovered Subpopulation Epidemic Model
  2. On a Coupled Time-Varying Beverton–Holt Model with Two Habitats Subject to Harvesting, Repopulation, and Mixed Migratory Flows of Populations
  3. Aerosorgailu flotagarrien kontrol-tekniken garapena energia eolikoaren ekoizpena optimizatzeko
  4. On an Extended Time-Varying Beverton–Holt Equation Subject to Harvesting Monitoring and Population Excess Penalty
  5. On the Supervision of a Saturated SIR Epidemic Model with Four Joint Control Actions for a Drastic Reduction in the Infection and the Susceptibility through Time
  6. An SIRS Epidemic Model Supervised by a Control System for Vaccination and Treatment Actions Which Involve First-Order Dynamics and Vaccination of Newborns
  7. On the Properties of a Class of Impulsive Competition Beverton–Holt Equations
  8. On the Reachability of a Feedback Controlled Leontief-Type Singular Model Involving Scheduled Production, Recycling and Non-Renewable Resources
  9. A Study on COVID-19 Incidence in Europe through Two SEIR Epidemic Models Which Consider Mixed Contagions from Asymptomatic and Symptomatic Individuals
  10. On a Discrete SEIR Epidemic Model with Two-Doses Delayed Feedback Vaccination Control on the Susceptible
  11. On a Discrete SEIR Epidemic Model with Exposed Infectivity, Feedback Vaccination and Partial Delayed Re-Susceptibility
  12. A Modelization of the Propagation of COVID-19 in Regions of Spain and Italy with Evaluation of the Transmission Rates Related to the Intervention Measures
  13. On an SEIR Epidemic Model with Vaccination of Newborns and Periodic Impulsive Vaccination with Eventual On-Line Adapted Vaccination Strategies to the Varying Levels of the Susceptible Subpopulation
  14. Supervision of the Infection in an SI (SI-RC) Epidemic Model by Using a Test Loss Function to Update the Vaccination and Treatment Controls
  15. A Feedback Control Loop Optimisation Methodology for Floating Offshore Wind Turbines
  16. On an SEIADR epidemic model with vaccination, treatment and dead-infectious corpses removal controls
  17. Some Formal Results on Positivity, Stability, and Endemic Steady-State Attainability Based on Linear Algebraic Tools for a Class of Epidemic Models with Eventual Incommensurate Delays
  18. A Blade Load Feedback Control For Floating Offshore Wind Turbines
  19. On a SIR Model in a Patchy Environment Under Constant and Feedback Decentralized Controls with Asymmetric Parameterizations
  20. On a New Discrete SEIADR Model with Mixed Controls: Study of Its Properties
  21. On a Discrete-time Epidemic Model based on a Continuous-time SEIR Model Under Feedback Vaccination Controls
  22. A State Feedback Vaccination Strategy Applied to a SISV Epidemic Model for Avoiding Endemic Equilibrium Points
  23. A switched multicontroller for an SEIADR epidemic model with monitored equilibrium points and supervised transients and vaccination costs
  24. On Vaccination Strategies for a SISV Epidemic Model Guaranteeing the Nonexistence of Endemic Solutions
  25. A Strategy for Minimum Time Equilibrium Targetting in Epidemic Diseases
  26. Using Multiple Fidelity Numerical Models for Floating Offshore Wind Turbine Advanced Control Design
  27. Supervised Multi-Control Strategies for an SEIADR Epidemic Model
  28. On finite-time consensus objectives in time-varying interconnected discrete linear dynamic systems under internal and external delays
  29. Alternative linearisation methodology for aero-elastic Floating Offshore Wind Turbine non-linear models
  30. On minimum time equilibrium targeting in epidemic diseases
  31. An Advanced Control Technique for Floating Offshore Wind Turbines Based on More Compact Barge Platforms
  32. A Supervised Multi-control for Monitoring the Antiviral Treatment Strategy for an SEIADR Epidemic Model
  33. About Conditions for Finite-Time Consensus in Linear Dynamic Systems
  34. A culling switching parallel scheme for an SEIADR epidemic model
  35. Discretization and control of an SEIR epidemic model under equilibrium Wiener noise disturbances
  36. On a New Epidemic Model with Asymptomatic and Dead-Infective Subpopulations with Feedback Controls Useful for Ebola Disease
  37. On the discretization and control of an SEIR epidemic model with a periodic impulsive vaccination
  38. Equilibrium, stability and discretization of some basic epidemic models
  39. A feedback vaccination law for an SIR epidemic model: A case study
  40. Some Preliminary Results on an SEIARD Epidemic Model with Vaccination and Antiviral Treatment Controls and Dead-Infective Culling Action
  41. On some properties of a nonlinear delay integral equation used in epidemiology
  42. On the stability of an SEIR epidemic model with distributed time-delay and a general class of feedback vaccination rules
  43. On the stability of a delayed SEIR epidemic model with feedback vaccination controls
  44. Stability analysis and observer design for discrete-time SEIR epidemic models
  45. A Data Dropout Compensation Algorithm Based on the Iterative Learning Control Methodology for Discrete-Time Systems
  46. On the Stability and Equilibrium Points of MultistagedSI(n)REpidemic Models
  47. A data dropout compensation system based on iterative learning control techniques
  48. Observer design for SEIR discrete-time epidemic models
  49. On the asymptotic hyperstability of switched systems under integral-type feedback regulation Popovian constraints
  50. Adaptive control of SEIR discrete-time epidemic models
  51. On the periodic solutions of a generalized SVEIR model under impulsive vaccination
  52. Robust Sliding Control of SEIR Epidemic Models
  53. A SIS epidemic model with impulsive vaccination
  54. A vaccination strategy based on linearization control techniques for fighting against epidemic diseases propagation
  55. About the power transfer in linear time-varying circuits
  56. Identification and control of delayed unstable and integrative LTI MIMO systems using pattern search methods
  57. A SIS Epidemic Model with Eventual Impulsive Effects
  58. On Controllability and Output-Controllability of a Class of Remote Learning Discrete Control Systems with Data Dropout Compensation
  59. Stabilization and Optimal Quadratic Regulation of Linear Time-Invariant Discrete Systems with Data Dropout Compensation
  60. Some equilibrium, stability, instability and oscillatory results for an extended discrete epidemic model with evolution memory
  61. Hyperstability analysis of switched systems subject to integral popovian constraints
  62. Sliding mode robust control of SEIR epidemic models
  63. A Vaccination Strategy Based on a State Feedback Control Law for Linearizing SEIR Epidemic Models
  64. A time-varying SIS epidemic model with incidence rate depending on the susceptible and infective populations with eventual impulsive effects
  65. Asymptotic Hyperstability of a Class of Linear Systems under Impulsive Controls Subject to an Integral Popovian Constraint
  66. About the Maximum Transfer of Power in Time-Varying Linear Circuits
  67. An observer-based vaccination control law for an SEIR epidemic model based on feedback linearization techniques for nonlinear systems
  68. About feedback vaccination rules for a true-mass action-type SEIR epidemic model
  69. On vaccination controls for the SEIR epidemic model
  70. About feedback vaccination rules for a true-mass action-type SEIR epidemic model
  71. A VACCINATION CONTROL LAW BASED ON FEEDBACK LINEARIZATION TECHNIQUES FOR SEIR EPIDEMIC MODELS
  72. Periodic Solutions of a Generalized SVIER Epidemic Model under Impulsive Periodic Vaccination
  73. Vaccination strategies based on feedback control techniques for a general SEIR-epidemic model
  74. ON THE IMPULSIVE BEVERTON-HOLT EQUATION AND EXTINCTION CONDITIONS IN POPULATION DYNAMICS
  75. On the impulsive Beverton-Holt equation and extinction conditions in population dynamics
  76. On the equilibrium points, boundedness and positivity of a SVEIRS epidemic model under constant regular vaccination
  77. Analytic Comparison of Some Epidemic Models with Vaccination
  78. Observer-Based Vaccination Strategy for a True Mass Action SEIR Epidemic Model with Potential Estimation of All the Populations
  79. On the Existence of Equilibrium Points, Boundedness, Oscillating Behavior and Positivity of a SVEIRS Epidemic Model under Constant and Impulsive Vaccination
  80. On Vaccination Controls for the SEIR Epidemic Model
  81. A continuous-time vaccination rule for the SEIR epidemic model
  82. On vaccination control tools for a general SEIR-epidemic model
  83. A MULTI-ESTIMATION SCHEME FOR CONTROLLING THE BEVERTON-HOLT EQUATION IN ECOLOGY
  84. A simple vaccination control strategy for the SEIR epidemic model
  85. On a Generalized Time-Varying SEIR Epidemic Model with Mixed Point and Distributed Time-Varying Delays and Combined Regular and Impulsive Vaccination Controls
  86. Robust Adaptive Stabilization of Linear Time-Invariant Dynamic Systems by Using Fractional-Order Holds and Multirate Sampling Controls
  87. A discrete robust adaptive control to stabilize LTI plants by using multirate sampling
  88. Control issues for the Beverton–Holt equation in ecology by locally monitoring the environment carrying capacity: Non-adaptive and adaptive cases
  89. A new approach to the study of controlled systems
  90. A Control Theory point of view on Beverton–Holt equation in population dynamics and some of its generalizations
  91. The Beverton-Holt equation from a Control Theory point of view
  92. A multiestimation discrete-time adaptive control with multirate sampling and supervision of the hold gain
  93. Model-Matching-Based Control of the Beverton-Holt Equation in Ecology
  94. A Semiempirical Reduced-Order Identification Modeling Tool for Partially Unknown Discrete-Time Plants by using a Multi-Estimation Scheme
  95. A stable multimodel scheme control for the regulation of the transient behavior of a tunnel-diode trigger circuit
  96. MULTIMODEL DISCRETE CONTROL WITH ONLINE UPDATING OF THE FRACTIONAL ORDER HOLD GAINS
  97. Model matching via multirate sampling with fast sampled input guaranteeing the stability of the plant zeros: extensions to adaptive control
  98. A multiestimation-based scheme for modelling single-input–single-output discrete adaptive control systems
  99. A robust multiestimation based stable adaptive control scheme for a tandem of master-slave robotic manipulators with force reflection
  100. Adaptive Control for Stabilizing Nonnecessarily Inversely Stable Plants by Using Multiple Estimation Models with Multirate Input and Fractional-Order Holds
  101. Adaptive control for stabilizing possibly inversely unstable continuous-time plants by using multirate input and fractional-order holds
  102. Adaptive control of time-invariant systems with discrete delays subject to multiestimation
  103. Multiestimation based discrete adaptive control of LTI continuous plants with unknown bounded external time delays
  104. A supervised discrete adaptive control scheme with multiestimation
  105. Robustly stable multiestimation scheme for adaptive control and identification with model reduction issues
  106. Intelligent Control of Discrete Linear Systems Based on a Supervised Adaptive Multiestimation Scheme
  107. Stable multi-estimation model for single-input single-output discrete adaptive control systems
  108. Robust adaptive control of discrete nominally stabilizable plants
  109. Robust adaptive stabilizer of a class of time-varying plants using multiple controllers
  110. ADAPTIVE STABILIZATION FOR NON-CONTROLLABLE TIME-VARYING PLANTS BY USING MULTIESTIMATION
  111. Robust adaptive regulation of potentially inversely unstable first-order hybrid systems
  112. On the Equilibrium Points, Boundedness and Positivity of a SVEIRS Epidemic Model under Constant Regular Vaccination
  113. A multimodel scheme control for a tunnel-diode trigger circuit
  114. On a root locus-based analysis of the limiting zeros of plants of nominal order at most two under FROH-discretization
  115. Discrete multiestimation adaptive control with model reduction
  116. Discrete multiestimation-based robust adaptive control using an estimation dead zone and model order-reduction
  117. Adaptive stabilizability and robustness under the presence of unmodeled dynamics of non necessarily controllable continuous-time systems
  118. Robust adaptive pole placement of first-order potentially inversely unstable continuous-time systems