PUBLICACIÓN

Using Fractional calculus for lateral and Longitudinal control of autonomous vehicles

ACCEDER A LA PUBLICACIÓN: Orcid

2003

DOI

10.1007/978-3-540-45210-2_31

AUTORES DE LA UEX

Blas Manuel Vinagre Jara

OTRAS PUBLICACIONES DE INTERÉS

Frequency Domain Identification Of A Flexible Structure With Piezoelectric Actuators Using Irrational Transfer Function Models
A Novel Variable Volume Capillary Microgripper For Micromanipulation In Aqueous Media
Measuring The Diurnal Variation Of Root Conductance In Olive Trees Using Microtensiometers And Sap Flow Sensors
A Novel Variable Volume Capillary Microgripper For Micromanipulation In Aqueous Media
Measuring The Diurnal Variation Of Root Conductance In Olive Trees Using Microtensiometers And Sap Flow Sensors
Ipmc-Based Purcell’s Three-Link Swimmer: Simulations And Experiments At Low-Reynolds Conditions
Measuring The Diurnal Variation Of Root Conductance In Olive Trees Using Microtensiometers And Sap Flow Sensors
Ipmc-Based Purcell’s Three-Link Swimmer: Simulations And Experiments At Low-Reynolds Conditions
El Advenimiento De La Robótica A Escalas Nano Y Micro
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Diseño Y Fabricación De Microrrobot Propulsado Por Campos Magnéticos Y Plataforma Experimental
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Field-Programmable Analog Array Implementation Of Neuromorphic Silicon Neurons With Fractional Dynamics
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Field-Programmable Analog Array Implementation Of Neuromorphic Silicon Neurons With Fractional Dynamics
Potential Of Digital Twins In Engineering Education – An Application Example In Automatic Control
Field-Programmable Analog Array Implementation Of Neuromorphic Silicon Neurons With Fractional Dynamics
Potential Of Digital Twins In Engineering Education – An Application Example In Automatic Control
Dynamic Modeling Of A Fluidic Soft Actuator: First Results Within A Fractional Approach
Potential Of Digital Twins In Engineering Education – An Application Example In Automatic Control
Dynamic Modeling Of A Fluidic Soft Actuator: First Results Within A Fractional Approach
Neuron-Based Back-Calculation Anti-Windup Strategy: First Results
Dynamic Modeling Of A Fluidic Soft Actuator: First Results Within A Fractional Approach
Neuron-Based Back-Calculation Anti-Windup Strategy: First Results
Flagellar Microswimmer With One-Point Actuation: Effects Of Non-Uniform Mass And Elasticity On Propulsion
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Flagellar Microswimmer With One-Point Actuation: Effects Of Non-Uniform Mass And Elasticity On Propulsion
Time In Control Theory: On Concepts, Measures And Uses
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Digital Twins To Support Teaching In Automatic Control: The Rotary Motion Platform
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Purcell's Three-Link Microswimmer Based On Ipmc: Simulations In Comsol Multiphysics
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Modeling And Control Of Ipmc-Based Artificial Eukaryotic Flagellum Swimming Robot: Distributed Actuation
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Cardiovascular Circulatory System And Left Carotid Model: A Fractional Approach To Disease Modeling
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Magnet-Based Wireless Power Transmission At Extremely Low Frequencies For Microrobots
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Path Following For Purcell’s Swimmers: An Event-Based Control Approach
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Performance Study Of Propulsion Of N-Link Artificial Eukaryotic Flagellum Swimming Microrobot Within A Fractional Order Approach: From Simulations To Hardware-In-The-Loop Experiments
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Performance Study Of Propulsion Of N-Link Artificial Eukaryotic Flagellum Swimming Microrobot Within A Fractional Order Approach: From Simulations To Hardware-In-The-Loop Experiments
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Stable Force Control And Contact Transition Of A Single Link Flexible Robot Using A Fractional-Order Controller
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State Space Methods For Fractional Controllers Design
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State Space Methods For Fractional Controllers Design
Nonlinear Control Methods
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Nonlinear Control Methods
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Nonlinear Control Methods
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A Human-Inspired Simulator For The Study Of Orientation And Balance Control
Improved Locomotion Of An Aef Swimming Robot Using Fractional Order Control
A Human-Inspired Simulator For The Study Of Orientation And Balance Control
Improved Locomotion Of An Aef Swimming Robot Using Fractional Order Control
Modeling Mechanical Impedance Of Environment In Flexible Robotics Applications
Improved Locomotion Of An Aef Swimming Robot Using Fractional Order Control
Modeling Mechanical Impedance Of Environment In Flexible Robotics Applications
Frequency Domain Based Fractional Order Modeling Of Ipmc Actuators For Control
Modeling Mechanical Impedance Of Environment In Flexible Robotics Applications
Frequency Domain Based Fractional Order Modeling Of Ipmc Actuators For Control
Back To Basics: Meaning Of The Parameters Of Fractional Order Pid Controllers
Frequency Domain Based Fractional Order Modeling Of Ipmc Actuators For Control
Back To Basics: Meaning Of The Parameters Of Fractional Order Pid Controllers
A Special Issue In Isa Transactions “fractional Order Signals, Systems, And Controls: Theory And Application”
Back To Basics: Meaning Of The Parameters Of Fractional Order Pid Controllers
A Special Issue In Isa Transactions “fractional Order Signals, Systems, And Controls: Theory And Application”
Can Cybernetics And Fractional Calculus Be Partners?
A Special Issue In Isa Transactions “fractional Order Signals, Systems, And Controls: Theory And Application”
Can Cybernetics And Fractional Calculus Be Partners?
Frequency Response Of Ipmc Actuators:: Physical Characterization And Identification For Control
Can Cybernetics And Fractional Calculus Be Partners?
Frequency Response Of Ipmc Actuators:: Physical Characterization And Identification For Control
Study In Comsol Of The Generation Of Traveling Waves In An Aef Robot By Piezoelectric Actuation
Frequency Response Of Ipmc Actuators:: Physical Characterization And Identification For Control
Study In Comsol Of The Generation Of Traveling Waves In An Aef Robot By Piezoelectric Actuation
Fractional Order Modelling Of Contact With The Environment In Flexible Robot Applications
Study In Comsol Of The Generation Of Traveling Waves In An Aef Robot By Piezoelectric Actuation
Fractional Order Modelling Of Contact With The Environment In Flexible Robot Applications
Modeling Of The Human Vestibular System And Integration In A Simulator For The Study Of Orientation And Balance Control
Fractional Order Modelling Of Contact With The Environment In Flexible Robot Applications
Modeling Of The Human Vestibular System And Integration In A Simulator For The Study Of Orientation And Balance Control
Xxxix Jornadas De Automática: Actas. Badajoz, 5-7 De Septiembre De 2018
Modeling Of The Human Vestibular System And Integration In A Simulator For The Study Of Orientation And Balance Control
Xxxix Jornadas De Automática: Actas. Badajoz, 5-7 De Septiembre De 2018
Realidad Virtual Como Tecnología Asistencial A Deportistas Con Movilidad Reducida En Silla De Ruedas
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Realidad Virtual Como Tecnología Asistencial A Deportistas Con Movilidad Reducida En Silla De Ruedas
Testing Non Reciprocal Motion Of A Swimming Flexible Small Robot With Single Actuation
Realidad Virtual Como Tecnología Asistencial A Deportistas Con Movilidad Reducida En Silla De Ruedas
Testing Non Reciprocal Motion Of A Swimming Flexible Small Robot With Single Actuation
Comparing Classical And Fractional Order Control Strategies Of A Cardiovascular Circulatory System Simulator
Testing Non Reciprocal Motion Of A Swimming Flexible Small Robot With Single Actuation
Comparing Classical And Fractional Order Control Strategies Of A Cardiovascular Circulatory System Simulator
Artificial Flagellum Microrobot. Design And Simulation In Comsol
Comparing Classical And Fractional Order Control Strategies Of A Cardiovascular Circulatory System Simulator
Artificial Flagellum Microrobot. Design And Simulation In Comsol
Simulador Cardiovascular Para Ensayo De Robots De Navegación Autónoma
Artificial Flagellum Microrobot. Design And Simulation In Comsol
Simulador Cardiovascular Para Ensayo De Robots De Navegación Autónoma
Simulador Para La Creación De Mundos Virtuales Para La Asistencia A Personas Con Movilidad Reducida En Silla De Ruedas
Simulador Cardiovascular Para Ensayo De Robots De Navegación Autónoma
Simulador Para La Creación De Mundos Virtuales Para La Asistencia A Personas Con Movilidad Reducida En Silla De Ruedas
A Comparative Study Of Planar Waveforms For Propulsion Of A Joined Artificial Bacterial Flagella Swimming Robot
Simulador Para La Creación De Mundos Virtuales Para La Asistencia A Personas Con Movilidad Reducida En Silla De Ruedas
A Comparative Study Of Planar Waveforms For Propulsion Of A Joined Artificial Bacterial Flagella Swimming Robot
Two Strategies For Fractional Sliding Mode Control Of Integer Order Systems By System Augmentation: Application To A Servomotor
A Comparative Study Of Planar Waveforms For Propulsion Of A Joined Artificial Bacterial Flagella Swimming Robot
Two Strategies For Fractional Sliding Mode Control Of Integer Order Systems By System Augmentation: Application To A Servomotor
Virtual Laboratories To Support Learning In Introductory Automatic Control Courses: The University Of Extremadura Pilot Experience
Two Strategies For Fractional Sliding Mode Control Of Integer Order Systems By System Augmentation: Application To A Servomotor
Virtual Laboratories To Support Learning In Introductory Automatic Control Courses: The University Of Extremadura Pilot Experience
Physical Modeling Based Simulators To Support Laboratory Learning In Automatic Control And Robotics
Virtual Laboratories To Support Learning In Introductory Automatic Control Courses: The University Of Extremadura Pilot Experience
Physical Modeling Based Simulators To Support Laboratory Learning In Automatic Control And Robotics
Optimal Fractional-Order Sliding Mode Controller Design For A Class Of Fractional-Order Nonlinear Systems Using Particle Swarm Optimization Algorithm
Physical Modeling Based Simulators To Support Laboratory Learning In Automatic Control And Robotics
Optimal Fractional-Order Sliding Mode Controller Design For A Class Of Fractional-Order Nonlinear Systems Using Particle Swarm Optimization Algorithm
Robot Nadador Tipo Flagelo Bacteriano Plano: Estudio Y Simulación Del Mecanismo De Propulsión
Optimal Fractional-Order Sliding Mode Controller Design For A Class Of Fractional-Order Nonlinear Systems Using Particle Swarm Optimization Algorithm
Robot Nadador Tipo Flagelo Bacteriano Plano: Estudio Y Simulación Del Mecanismo De Propulsión
Robots Nadadores Tipo Flagelo Bacteriano De Pequeñas Dimensiones: Desarrollo De Prototipos Y Plataformas De Prueba
Robot Nadador Tipo Flagelo Bacteriano Plano: Estudio Y Simulación Del Mecanismo De Propulsión
Robots Nadadores Tipo Flagelo Bacteriano De Pequeñas Dimensiones: Desarrollo De Prototipos Y Plataformas De Prueba
Physical Modeling Based Simulators To Support Teaching In Automatic Control: The Rotatory Pendulum
Robots Nadadores Tipo Flagelo Bacteriano De Pequeñas Dimensiones: Desarrollo De Prototipos Y Plataformas De Prueba
Physical Modeling Based Simulators To Support Teaching In Automatic Control: The Rotatory Pendulum
Low-Cost Hardware-In-The-Loop Testbed Of A Mobile Robot To Support Learning In Automatic Control And Robotics
Physical Modeling Based Simulators To Support Teaching In Automatic Control: The Rotatory Pendulum
Low-Cost Hardware-In-The-Loop Testbed Of A Mobile Robot To Support Learning In Automatic Control And Robotics
There's Plenty Of Fractional At The Bottom, I: Brownian Motors And Swimming Microrobots
Low-Cost Hardware-In-The-Loop Testbed Of A Mobile Robot To Support Learning In Automatic Control And Robotics
There's Plenty Of Fractional At The Bottom, I: Brownian Motors And Swimming Microrobots
Fractional Control: Fundamentals And User Guide
There's Plenty Of Fractional At The Bottom, I: Brownian Motors And Swimming Microrobots
Fractional Control: Fundamentals And User Guide
Loop Transfer Recovery For Fractional Order Control Systems. First Results
Fractional Control: Fundamentals And User Guide
Loop Transfer Recovery For Fractional Order Control Systems. First Results
Fractional Direct And Inverse Models Of The Dynamics Of A Human Arm
Loop Transfer Recovery For Fractional Order Control Systems. First Results
Fractional Direct And Inverse Models Of The Dynamics Of A Human Arm
Direct And Inverse Models Of Human Arm Dynamics
Fractional Direct And Inverse Models Of The Dynamics Of A Human Arm
Direct And Inverse Models Of Human Arm Dynamics
Fractional Approach For Estimating Sap Velocity In Trees
Direct And Inverse Models Of Human Arm Dynamics
Fractional Approach For Estimating Sap Velocity In Trees
Chaos In Fractional And Integer Order Nsg Systems
Fractional Approach For Estimating Sap Velocity In Trees
Chaos In Fractional And Integer Order Nsg Systems
Iterative Learning And Fractional Reset Control
Chaos In Fractional And Integer Order Nsg Systems
Iterative Learning And Fractional Reset Control
Fractional Disturbance Observer For Vibration Suppression Of A Beam-Cart System
Iterative Learning And Fractional Reset Control
Fractional Disturbance Observer For Vibration Suppression Of A Beam-Cart System
Fractional Models For Measuring Sap Velocities In Trees
Fractional Disturbance Observer For Vibration Suppression Of A Beam-Cart System
Fractional Models For Measuring Sap Velocities In Trees
Hybrid Systems And Control With Fractional Dynamics (Ii): Control
Fractional Models For Measuring Sap Velocities In Trees
Hybrid Systems And Control With Fractional Dynamics (Ii): Control
Hybrid Systems And Control With Fractional Dynamics (I): Modeling And Analysis
Hybrid Systems And Control With Fractional Dynamics (Ii): Control
Hybrid Systems And Control With Fractional Dynamics (I): Modeling And Analysis
A General Form For Reset Control Including Fractional Order Dynamics
Hybrid Systems And Control With Fractional Dynamics (I): Modeling And Analysis
A General Form For Reset Control Including Fractional Order Dynamics
Vibration Suppression Controller For A Flexible Beam On A Cart Using Smc
A General Form For Reset Control Including Fractional Order Dynamics
Vibration Suppression Controller For A Flexible Beam On A Cart Using Smc
Experimental Application Of Hybrid Fractional-Order Adaptive Cruise Control At Low Speed
Vibration Suppression Controller For A Flexible Beam On A Cart Using Smc
Experimental Application Of Hybrid Fractional-Order Adaptive Cruise Control At Low Speed
A Method For The Design Of Robust Controllers Ensuring The Quadratic Stability For Switching Systems
Experimental Application Of Hybrid Fractional-Order Adaptive Cruise Control At Low Speed
A Method For The Design Of Robust Controllers Ensuring The Quadratic Stability For Switching Systems
Adaptive Gain-Order Fractional Control For Network-Based Applications
A Method For The Design Of Robust Controllers Ensuring The Quadratic Stability For Switching Systems
Adaptive Gain-Order Fractional Control For Network-Based Applications
Fractional Network-Based Control For Vehicle Speed Adaptation Via Vehicle-To-Infrastructure Communications
Adaptive Gain-Order Fractional Control For Network-Based Applications
Fractional Network-Based Control For Vehicle Speed Adaptation Via Vehicle-To-Infrastructure Communications
Stability Of Fractional Order Switching Systems
Fractional Network-Based Control For Vehicle Speed Adaptation Via Vehicle-To-Infrastructure Communications
Stability Of Fractional Order Switching Systems
Fractional Order Hybrid Systems And Their Stability
Stability Of Fractional Order Switching Systems
Fractional Order Hybrid Systems And Their Stability
Fractional-Order Generalized Predictive Control: Application For Low-Speed Control Of Gasoline-Propelled Cars
Fractional Order Hybrid Systems And Their Stability
Fractional-Order Generalized Predictive Control: Application For Low-Speed Control Of Gasoline-Propelled Cars
Matrix Approach To Discrete Fractional Calculus Iii: Non-Equidistant Grids, Variable Step Length And Distributed Orders
Fractional-Order Generalized Predictive Control: Application For Low-Speed Control Of Gasoline-Propelled Cars
Matrix Approach To Discrete Fractional Calculus Iii: Non-Equidistant Grids, Variable Step Length And Distributed Orders
Basic Properties And Stability Of Fractional-Order Reset Control Systems
Matrix Approach To Discrete Fractional Calculus Iii: Non-Equidistant Grids, Variable Step Length And Distributed Orders
Basic Properties And Stability Of Fractional-Order Reset Control Systems
Fractional-Order Reset Control: Application To A Servomotor
Basic Properties And Stability Of Fractional-Order Reset Control Systems
Fractional-Order Reset Control: Application To A Servomotor
Efficient Control Of A Smartwheel Via Internet With Compensation Of Variable Delays
Fractional-Order Reset Control: Application To A Servomotor
Efficient Control Of A Smartwheel Via Internet With Compensation Of Variable Delays
Iir Approximations To The Fractional Differentiator/integrator Using Chebyshev Polynomials Theory
Efficient Control Of A Smartwheel Via Internet With Compensation Of Variable Delays
Iir Approximations To The Fractional Differentiator/integrator Using Chebyshev Polynomials Theory
Fractional Order Identification Of Human Arm Dynamics: Preliminary Results
Iir Approximations To The Fractional Differentiator/integrator Using Chebyshev Polynomials Theory
Fractional Order Identification Of Human Arm Dynamics: Preliminary Results
Fractional Order Human Arm Dynamics With Variability Analyses
Fractional Order Identification Of Human Arm Dynamics: Preliminary Results
Fractional Order Human Arm Dynamics With Variability Analyses
Low Speed Control Of An Autonomous Vehicle Using A Hybrid Fractional Order Controller
Fractional Order Human Arm Dynamics With Variability Analyses
Low Speed Control Of An Autonomous Vehicle Using A Hybrid Fractional Order Controller
Introduction
Low Speed Control Of An Autonomous Vehicle Using A Hybrid Fractional Order Controller
Introduction
Discrete Fractional Calculus: Non-Equidistant Grids And Variable Step Length
Introduction
Discrete Fractional Calculus: Non-Equidistant Grids And Variable Step Length
Controller Design For A Stance-Control Knee-Ankle-Foot Orthosis Based On Optimization Techniques
Discrete Fractional Calculus: Non-Equidistant Grids And Variable Step Length
Controller Design For A Stance-Control Knee-Ankle-Foot Orthosis Based On Optimization Techniques
Controller Design For A Stance-Control Knee-Ankle-Foot Orthosis Based On Optimization Techniques
Controller Design For A Stance-Control Knee-Ankle-Foot Orthosis Based On Optimization Techniques
Controller Design For A Stance-Control Knee-Ankle-Foot Orthosis Based On Optimization Techniques
Effects Of Introducing Fractional Dynamics In Hill's Model For Muscle Contraction
Controller Design For A Stance-Control Knee-Ankle-Foot Orthosis Based On Optimization Techniques
Effects Of Introducing Fractional Dynamics In Hill's Model For Muscle Contraction
Boolean-Based Fractional Order Smc For Switching Systems: Application To A Dc-Dc Buck Converter
Effects Of Introducing Fractional Dynamics In Hill's Model For Muscle Contraction
Boolean-Based Fractional Order Smc For Switching Systems: Application To A Dc-Dc Buck Converter
Fractional-Order Pid
Boolean-Based Fractional Order Smc For Switching Systems: Application To A Dc-Dc Buck Converter
Fractional-Order Pid
Comparing Fractional Order Pi Controllers With Variable Gain And Gain-Order For The Networked Control Of A Servomotor
Fractional-Order Pid
Comparing Fractional Order Pi Controllers With Variable Gain And Gain-Order For The Networked Control Of A Servomotor
Data-Driven Fractional Pid Control: Application To Dc Motors In Flexible Joints
Comparing Fractional Order Pi Controllers With Variable Gain And Gain-Order For The Networked Control Of A Servomotor
Data-Driven Fractional Pid Control: Application To Dc Motors In Flexible Joints
A Survey Of Fractional-Order Generalized Predictive Control
Data-Driven Fractional Pid Control: Application To Dc Motors In Flexible Joints
A Survey Of Fractional-Order Generalized Predictive Control
Introduction
A Survey Of Fractional-Order Generalized Predictive Control
Introduction
Experiences On An Internet Link Characterization And Networked Control Of A Smart Wheel
Introduction
Experiences On An Internet Link Characterization And Networked Control Of A Smart Wheel
Dealing With Fractional Dynamics Of Ip Network Delays
Experiences On An Internet Link Characterization And Networked Control Of A Smart Wheel
Dealing With Fractional Dynamics Of Ip Network Delays
Control Óptimo Explícito De La Dinámica Longitudinal De Un Vehículo Mediante Modelos Lti E Híbrido
Dealing With Fractional Dynamics Of Ip Network Delays
Control Óptimo Explícito De La Dinámica Longitudinal De Un Vehículo Mediante Modelos Lti E Híbrido
Driving Aid System Based On A Low-Cost Wireless Network: Current Comment
Control Óptimo Explícito De La Dinámica Longitudinal De Un Vehículo Mediante Modelos Lti E Híbrido
Driving Aid System Based On A Low-Cost Wireless Network: Current Comment
Hybrid Modeling And Fractional Control Of A Sckafo Orthosis For Gait Assistance
Driving Aid System Based On A Low-Cost Wireless Network: Current Comment
Hybrid Modeling And Fractional Control Of A Sckafo Orthosis For Gait Assistance
Optimized Fractional Order Conditional Integrator
Hybrid Modeling And Fractional Control Of A Sckafo Orthosis For Gait Assistance
Optimized Fractional Order Conditional Integrator
Improved Fractional Kalman Filter And Its Application To Estimation Over Lossy Networks
Optimized Fractional Order Conditional Integrator
Improved Fractional Kalman Filter And Its Application To Estimation Over Lossy Networks
Fractional Signals And Systems
Improved Fractional Kalman Filter And Its Application To Estimation Over Lossy Networks
Fractional Signals And Systems
Arbitrary Real-Order Cost Functions For Signals And Systems
Fractional Signals And Systems
Arbitrary Real-Order Cost Functions For Signals And Systems
Tuning Predictive Controllers With Optimization: Application To Gpc And Fgpc
Arbitrary Real-Order Cost Functions For Signals And Systems
Tuning Predictive Controllers With Optimization: Application To Gpc And Fgpc
Multivariable Fractional Order Pid Controller Design Via Lmi Approach
Tuning Predictive Controllers With Optimization: Application To Gpc And Fgpc
Multivariable Fractional Order Pid Controller Design Via Lmi Approach
Fractional Gain Scheduled Controller For A Networked Smart Wheel: Experimental Results
Multivariable Fractional Order Pid Controller Design Via Lmi Approach
Fractional Gain Scheduled Controller For A Networked Smart Wheel: Experimental Results
Low Speed Control Of An Autonomous Vehicle By Using A Fractional Pi Controller
Fractional Gain Scheduled Controller For A Networked Smart Wheel: Experimental Results
Low Speed Control Of An Autonomous Vehicle By Using A Fractional Pi Controller
Fractional Signals And Systems
Low Speed Control Of An Autonomous Vehicle By Using A Fractional Pi Controller
Fractional Signals And Systems
Control De Velocidad De Una Rueda Inteligente A Través De Internet
Fractional Signals And Systems
Control De Velocidad De Una Rueda Inteligente A Través De Internet
Descripción Y Modelado Híbrido De Una Planta Piloto De Depuración De Aguas Residuales
Control De Velocidad De Una Rueda Inteligente A Través De Internet
Descripción Y Modelado Híbrido De Una Planta Piloto De Depuración De Aguas Residuales
Integración Matlab/labview Para La Mejora Del Software De Una Línea Automatizada De Clasificación De Bulbos De Cebolla Mediante Espectrometría Nir
Descripción Y Modelado Híbrido De Una Planta Piloto De Depuración De Aguas Residuales
Integración Matlab/labview Para La Mejora Del Software De Una Línea Automatizada De Clasificación De Bulbos De Cebolla Mediante Espectrometría Nir
Matrix Approach To Discretization Of Ordinary And Partial Differential Equations Of Arbitrary Real Order: The Matlab Toolbox
Integración Matlab/labview Para La Mejora Del Software De Una Línea Automatizada De Clasificación De Bulbos De Cebolla Mediante Espectrometría Nir
Matrix Approach To Discretization Of Ordinary And Partial Differential Equations Of Arbitrary Real Order: The Matlab Toolbox
Infinite Horizon State-Feedback Lqr Controller For Fractional Systems
Matrix Approach To Discretization Of Ordinary And Partial Differential Equations Of Arbitrary Real Order: The Matlab Toolbox
Infinite Horizon State-Feedback Lqr Controller For Fractional Systems
Fractional-Order Systems And Control: Fundamentals And Applications
Infinite Horizon State-Feedback Lqr Controller For Fractional Systems
Fractional-Order Systems And Control: Fundamentals And Applications
Controller For Urban Intersections Based On Hybrid Automaton
Fractional-Order Systems And Control: Fundamentals And Applications
Controller For Urban Intersections Based On Hybrid Automaton
Clavileño: Evolution Of An Autonomous Car
Controller For Urban Intersections Based On Hybrid Automaton
Clavileño: Evolution Of An Autonomous Car
Fractional - Order Generalized Predictive Control: Formulation And Some Properties
Clavileño: Evolution Of An Autonomous Car
Fractional - Order Generalized Predictive Control: Formulation And Some Properties
Comparing Generalized Order Pid Controllers For Networked Control Systems With Random Delays And Data Dropouts
Fractional - Order Generalized Predictive Control: Formulation And Some Properties
Comparing Generalized Order Pid Controllers For Networked Control Systems With Random Delays And Data Dropouts
Fully Automated Tuning And Implementation Of Fractional Pid Controllers
Comparing Generalized Order Pid Controllers For Networked Control Systems With Random Delays And Data Dropouts
Fully Automated Tuning And Implementation Of Fractional Pid Controllers
V2i-Based Architecture For Information Exchange Among Vehicles
Fully Automated Tuning And Implementation Of Fractional Pid Controllers
V2i-Based Architecture For Information Exchange Among Vehicles
Driving Aid System Based On A Low-Cost Wireless Network
V2i-Based Architecture For Information Exchange Among Vehicles
Driving Aid System Based On A Low-Cost Wireless Network
Position And Velocity Control Of A Servo By Using Gpc Of Arbitrary Real Order
Driving Aid System Based On A Low-Cost Wireless Network
Position And Velocity Control Of A Servo By Using Gpc Of Arbitrary Real Order
Remote Stabilization For Fractional-Order Systems Via Communication Networks
Position And Velocity Control Of A Servo By Using Gpc Of Arbitrary Real Order
Remote Stabilization For Fractional-Order Systems Via Communication Networks
Optimized Fractional Order Conditional Integrator
Remote Stabilization For Fractional-Order Systems Via Communication Networks
Optimized Fractional Order Conditional Integrator
Comparison Of Controllers For A Three-Phase Phase Locked Loop System Under Distorted Conditions
Optimized Fractional Order Conditional Integrator
Comparison Of Controllers For A Three-Phase Phase Locked Loop System Under Distorted Conditions
Gpc Strategies For The Lateral Control Of A Networked Agv
Comparison Of Controllers For A Three-Phase Phase Locked Loop System Under Distorted Conditions
Gpc Strategies For The Lateral Control Of A Networked Agv
Auto-Tuning Of Fractional Order P I• D• Controllers Using A Plc
Gpc Strategies For The Lateral Control Of A Networked Agv
Auto-Tuning Of Fractional Order P I• D• Controllers Using A Plc
Matrix Approach To Discretization Of Fractional Derivatives And To Solution Of Fractional Differential Equations And Their Systems
Auto-Tuning Of Fractional Order P I• D• Controllers Using A Plc
Matrix Approach To Discretization Of Fractional Derivatives And To Solution Of Fractional Differential Equations And Their Systems
A Proposal For Optimal Tuning Of Fractional Order Proportional Integral-Proportional Derivative (Piα-Pdβ) Controllers
Matrix Approach To Discretization Of Fractional Derivatives And To Solution Of Fractional Differential Equations And Their Systems
A Proposal For Optimal Tuning Of Fractional Order Proportional Integral-Proportional Derivative (Piα-Pdβ) Controllers
Matrix Approach To Discrete Fractional Calculus Ii: Partial Fractional Differential Equations
A Proposal For Optimal Tuning Of Fractional Order Proportional Integral-Proportional Derivative (Piα-Pdβ) Controllers
Matrix Approach To Discrete Fractional Calculus Ii: Partial Fractional Differential Equations
Phase Locked Loop For Distorted Three-Phase Systems Tested With A Pi, A Pid And A Fractional Pi
Matrix Approach To Discrete Fractional Calculus Ii: Partial Fractional Differential Equations
Phase Locked Loop For Distorted Three-Phase Systems Tested With A Pi, A Pid And A Fractional Pi
Robust Stability Test For Interval Fractional Order Linear Systems
Phase Locked Loop For Distorted Three-Phase Systems Tested With A Pi, A Pid And A Fractional Pi
Robust Stability Test For Interval Fractional Order Linear Systems
Microelectronic Implementations Of Fractional-Order Integrodifferential Operators
Robust Stability Test For Interval Fractional Order Linear Systems
Microelectronic Implementations Of Fractional-Order Integrodifferential Operators
Pi Vs Fractional Pi For The Control Of A Shunt Active Power Filter
Microelectronic Implementations Of Fractional-Order Integrodifferential Operators
Pi Vs Fractional Pi For The Control Of A Shunt Active Power Filter
Effects Of A Communication Network On The Longitudinal And Lateral Control Of An Agv
Pi Vs Fractional Pi For The Control Of A Shunt Active Power Filter
Effects Of A Communication Network On The Longitudinal And Lateral Control Of An Agv
Bounded Control Strategies For Minimizing The Effects Of The Communications Network On The Lateral Control Of An Agv
Effects Of A Communication Network On The Longitudinal And Lateral Control Of An Agv
Bounded Control Strategies For Minimizing The Effects Of The Communications Network On The Lateral Control Of An Agv
A Fractional Adaptation Scheme For Lateral Control Of An Agv
Bounded Control Strategies For Minimizing The Effects Of The Communications Network On The Lateral Control Of An Agv
A Fractional Adaptation Scheme For Lateral Control Of An Agv
A Fractional Model Reference Adaptive System A Method Of Adjusting The Parameters Controller
A Fractional Adaptation Scheme For Lateral Control Of An Agv
A Fractional Model Reference Adaptive System A Method Of Adjusting The Parameters Controller
Gpc Control Of A Fractional-Order Plant: Improving Stability And Robustness
A Fractional Model Reference Adaptive System A Method Of Adjusting The Parameters Controller
Gpc Control Of A Fractional-Order Plant: Improving Stability And Robustness
Tuning And Auto-Tuning Of Fractional Order Controllers For Industry Applications
Gpc Control Of A Fractional-Order Plant: Improving Stability And Robustness
Tuning And Auto-Tuning Of Fractional Order Controllers For Industry Applications
Journal Europeen Des Systemes Automatises: Editorial
Tuning And Auto-Tuning Of Fractional Order Controllers For Industry Applications
Journal Europeen Des Systemes Automatises: Editorial
Fractional Pid Controllers For Industry Application: A Brief Introduction
Journal Europeen Des Systemes Automatises: Editorial
Fractional Pid Controllers For Industry Application: A Brief Introduction
Analysis Of The Van Der Pol Oscillator Containing Derivatives Of Fractional Order
Fractional Pid Controllers For Industry Application: A Brief Introduction
Analysis Of The Van Der Pol Oscillator Containing Derivatives Of Fractional Order
A Proposal For Parameter Tuning In Fractional Mrac. Application To The Lateral Control Of An Autonomous Vehicle
Analysis Of The Van Der Pol Oscillator Containing Derivatives Of Fractional Order
A Proposal For Parameter Tuning In Fractional Mrac. Application To The Lateral Control Of An Autonomous Vehicle
Cooperative Maneuver Study Between Autonomous Cars: Overtaking
A Proposal For Parameter Tuning In Fractional Mrac. Application To The Lateral Control Of An Autonomous Vehicle
Cooperative Maneuver Study Between Autonomous Cars: Overtaking
Fractional-Order Control Of A Flexible Manipulator
Cooperative Maneuver Study Between Autonomous Cars: Overtaking
Fractional-Order Control Of A Flexible Manipulator
Optimal Fractional Controllers For Rational Order Systems: A Special Case Of The Wiener-Hopf Spectral Factorization Method
Fractional-Order Control Of A Flexible Manipulator
Optimal Fractional Controllers For Rational Order Systems: A Special Case Of The Wiener-Hopf Spectral Factorization Method
Tip Position Control Of A Lightweight Flexible Manipulator Using A Fractional Order Controller
Optimal Fractional Controllers For Rational Order Systems: A Special Case Of The Wiener-Hopf Spectral Factorization Method
Tip Position Control Of A Lightweight Flexible Manipulator Using A Fractional Order Controller
Introducción Al Control Fraccionario
Tip Position Control Of A Lightweight Flexible Manipulator Using A Fractional Order Controller
Introducción Al Control Fraccionario
Fractional Order Control Strategies For Power Electronic Buck Converters
Introducción Al Control Fraccionario
Fractional Order Control Strategies For Power Electronic Buck Converters
A Fractional Adaptation Scheme For Lateral Control Of An Agv
Fractional Order Control Strategies For Power Electronic Buck Converters
A Fractional Adaptation Scheme For Lateral Control Of An Agv
Tuning Of Fractional Pid Controllers By Using Qft
A Fractional Adaptation Scheme For Lateral Control Of An Agv
Tuning Of Fractional Pid Controllers By Using Qft
A Robust Tuning Method For Fractional Order Pi Controllers
Tuning Of Fractional Pid Controllers By Using Qft
A Robust Tuning Method For Fractional Order Pi Controllers
On Auto-Tuning Of Fractional Order Piλdμ Controllers
A Robust Tuning Method For Fractional Order Pi Controllers
On Auto-Tuning Of Fractional Order Piλdμ Controllers
Autosintonía De Compensadores En Atraso-Adelanto De Orden No Entero
On Auto-Tuning Of Fractional Order Piλdμ Controllers
Autosintonía De Compensadores En Atraso-Adelanto De Orden No Entero
Teoría De Control Y Cálculo Fraccionario
Autosintonía De Compensadores En Atraso-Adelanto De Orden No Entero
Teoría De Control Y Cálculo Fraccionario
Auto-Tuning Of Fractional Lead-Lag Compensators
Teoría De Control Y Cálculo Fraccionario
Auto-Tuning Of Fractional Lead-Lag Compensators
Synthesis Of A Spatial Lookahead Path Tracking Controller
Auto-Tuning Of Fractional Lead-Lag Compensators
Synthesis Of A Spatial Lookahead Path Tracking Controller
Fractional Control Of A Single-Link Flexible Manipulator
Synthesis Of A Spatial Lookahead Path Tracking Controller
Fractional Control Of A Single-Link Flexible Manipulator
On Fractional Pi Λ Controllers: Some Tuning Rules For Robustness To Plant Uncertainties
Fractional Control Of A Single-Link Flexible Manipulator
On Fractional Pi Λ Controllers: Some Tuning Rules For Robustness To Plant Uncertainties
Fractional Order Disturbance Observer For Robust Vibration Suppression
On Fractional Pi Λ Controllers: Some Tuning Rules For Robustness To Plant Uncertainties
Fractional Order Disturbance Observer For Robust Vibration Suppression
Continued Fraction Expansion Approaches To Discretizing Fractional Order Derivatives-An Expository Review
Fractional Order Disturbance Observer For Robust Vibration Suppression
Continued Fraction Expansion Approaches To Discretizing Fractional Order Derivatives-An Expository Review
Dynamic Models Of An Agv Based On Experimental Results
Continued Fraction Expansion Approaches To Discretizing Fractional Order Derivatives-An Expository Review
Dynamic Models Of An Agv Based On Experimental Results
Stability Of Linear Time Invariant Systems With Interval Fractional Orders And Interval Coefficients
Dynamic Models Of An Agv Based On Experimental Results
Stability Of Linear Time Invariant Systems With Interval Fractional Orders And Interval Coefficients
The Fractional Order Lead Compensator
Stability Of Linear Time Invariant Systems With Interval Fractional Orders And Interval Coefficients
The Fractional Order Lead Compensator
Using Fractional Calculus For Lateral And Longitudinal Control Of Autonomous Vehicles
The Fractional Order Lead Compensator
Using Fractional Calculus For Lateral And Longitudinal Control Of Autonomous Vehicles
The Fractional Order Lead Compensator
Using Fractional Calculus For Lateral And Longitudinal Control Of Autonomous Vehicles
The Fractional Order Lead Compensator
Stability Of Linear Time Invariant Systems With Interval Fractional Orders And Interval Coefficients
The Fractional Order Lead Compensator
Stability Of Linear Time Invariant Systems With Interval Fractional Orders And Interval Coefficients
Using Fractional Calculus For Lateral And Longitudinal Control Of Autonomous Vehicles
Stability Of Linear Time Invariant Systems With Interval Fractional Orders And Interval Coefficients
Using Fractional Calculus For Lateral And Longitudinal Control Of Autonomous Vehicles
Implantación De Controladores De Orden Fraccionario Mediante Autómatas Programables
Using Fractional Calculus For Lateral And Longitudinal Control Of Autonomous Vehicles
Implantación De Controladores De Orden Fraccionario Mediante Autómatas Programables
Using Fractional Calculus For Lateral And Longitudinal Control Of Autonomous Vehicles
Implantación De Controladores De Orden Fraccionario Mediante Autómatas Programables
Using Fractional Calculus For Lateral And Longitudinal Control Of Autonomous Vehicles
Linear Fractional Order Control Of A Dc-Dc Buck Converter
Using Fractional Calculus For Lateral And Longitudinal Control Of Autonomous Vehicles
Linear Fractional Order Control Of A Dc-Dc Buck Converter
Fractional Controller For Guidance Of Autonomous Ground Vehicles
Linear Fractional Order Control Of A Dc-Dc Buck Converter
Fractional Controller For Guidance Of Autonomous Ground Vehicles
On Fractional Order Disturbance Observer
Fractional Controller For Guidance Of Autonomous Ground Vehicles
On Fractional Order Disturbance Observer
A New Discretization Method For Fractional Order Differentiators Via Continued Fraction Expansion
On Fractional Order Disturbance Observer
A New Discretization Method For Fractional Order Differentiators Via Continued Fraction Expansion
A New Iir-Type Digital Fractional Order Differentiator
A New Discretization Method For Fractional Order Differentiators Via Continued Fraction Expansion
A New Iir-Type Digital Fractional Order Differentiator
Two Direct Tustin Discretization Methods For Fractional-Order Differentiator/integrator
A New Iir-Type Digital Fractional Order Differentiator
Two Direct Tustin Discretization Methods For Fractional-Order Differentiator/integrator
Analogue Realizations Of Fractional-Order Controllers
Two Direct Tustin Discretization Methods For Fractional-Order Differentiator/integrator
Analogue Realizations Of Fractional-Order Controllers
Using Fractional Order Adjustment Rules And Fractional Order Reference Models In Model-Reference Adaptive Control
Analogue Realizations Of Fractional-Order Controllers
Using Fractional Order Adjustment Rules And Fractional Order Reference Models In Model-Reference Adaptive Control
Relaxation Modulus In The Fitting Of Polycarbonate And Poly(Vinyl Chloride) Viscoelastic Polymers By A Fractional Maxwell Model
Using Fractional Order Adjustment Rules And Fractional Order Reference Models In Model-Reference Adaptive Control
Relaxation Modulus In The Fitting Of Polycarbonate And Poly(Vinyl Chloride) Viscoelastic Polymers By A Fractional Maxwell Model
Two Digital Realizations Of Fractional Controllers: Application To Temperature Control Of A Solid
Relaxation Modulus In The Fitting Of Polycarbonate And Poly(Vinyl Chloride) Viscoelastic Polymers By A Fractional Maxwell Model
Two Digital Realizations Of Fractional Controllers: Application To Temperature Control Of A Solid
Optimal Fractional Controllers For Commensurate Order Systems: A Special Case Of The Wiener-Hopf Method
Two Digital Realizations Of Fractional Controllers: Application To Temperature Control Of A Solid
Optimal Fractional Controllers For Commensurate Order Systems: A Special Case Of The Wiener-Hopf Method
On Fractional Pid Controllers: A Frequency Domain Approach
Optimal Fractional Controllers For Commensurate Order Systems: A Special Case Of The Wiener-Hopf Method
On Fractional Pid Controllers: A Frequency Domain Approach
Optimal Fractional Controllers For Commensurate Order Systems: A Special Case Of The Wiener-Hopf Method
On Fractional Pid Controllers: A Frequency Domain Approach
Optimal Fractional Controllers For Commensurate Order Systems: A Special Case Of The Wiener-Hopf Method
Aplicación De La Lógica Borrosa En El Diseño De Un Generador De Trayectorias Para Un Robot Móvil
Optimal Fractional Controllers For Commensurate Order Systems: A Special Case Of The Wiener-Hopf Method
Aplicación De La Lógica Borrosa En El Diseño De Un Generador De Trayectorias Para Un Robot Móvil
Cuatro Ingenieros
Aplicación De La Lógica Borrosa En El Diseño De Un Generador De Trayectorias Para Un Robot Móvil
Cuatro Ingenieros
Frequency Domain Identification Of A Flexible Structure With Piezoelectric Actuators Using Irrational Transfer Function Models
Cuatro Ingenieros
Frequency Domain Identification Of A Flexible Structure With Piezoelectric Actuators Using Irrational Transfer Function Models
A Novel Variable Volume Capillary Microgripper For Micromanipulation In Aqueous Media
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