| Sampling and and communication: impact on formation control in heterogeneous multi-robot systems |
|
| Event-Based Control in Industry Practice: Paving the Way Toward Resource-Efficient Industrial Internet of Things |
|
| Asymmetric delayed relay feedback identification based on the n -shifting approach |
|
| Control education for societal-scale challenges: A community roadmap |
|
| Robotic Park. Multi-Agent Platform for Teaching Control and Robotics |
|
| Multiple frequency response points identification through single asymmetric relay feedback experiment |
|
| On-line retuning of PID controllers with fixed threshold samplers |
|
| Development and Control of a Real Spherical Robot |
|
| An event-based adaptation of the relay feedback experiment for frequency response identification of stable processes |
|
| A Vision Based Navigation Platform for Control Learning |
|
| Fluid transient analysis by the method of characteristics using an object-oriented simulation tool |
|
| Performance analysis of the centroid method predictor implemented in the JET real time network |
|
| UAV Landing Platform Recognition Using Cognitive Computation Combining Geometric Analysis and Computer Vision Techniques |
|
| Characterization of limit cycle oscillations induced by Fixed Threshold Samplers |
|
| A Study of Strategies for Developing Online Laboratories |
|
| Modeling and Control of a Spherical Robot in the CoppeliaSim Simulator |
|
| Disruption prediction with artificial intelligence techniques in tokamak plasmas |
|
| Estado del arte de la educación en automática |
|
| Stability and Synchronization of Switched Multi-Rate Recurrent Neural Networks |
|
| Distributed Formation Control for Multiagent Systems Using a Fractional-Order Proportional-Integral Structure |
|
| An Interactive Software Tool to Learn/Teach Robust Closed-Loop Shaping Control Systems Design |
|
| Un enfoque interactivo para el análisis y diseño de sistemas de control utilizando el método del lugar de las raíces |
|
| Fitting of Generic Process Models by an Asymmetric Short Relay Feedback Experiment—The n-Shifting Method |
|
| Validity of continuous tuning rules in event-based PI controllers using symmetric send-on-delta sampling: An experimental approach |
|
| Event-based control: A bibliometric analysis of twenty years of research |
|
| Reinforcement Learning for Position Control Problem of a Mobile Robot |
|
| Evidence-Based Control Engineering Education: Evaluating the LCSD Simulation Tool |
|
| Simulation and Experimental Results of a New Control Strategy For Point Stabilization of Nonholonomic Mobile Robots |
|
| Automated Assessment and Monitoring Support for Competency-Based Courses |
|
| Event-Based Feedforward Control of Linear Systems with input Time-Delay |
|
| Identification and Tuning Methods for PI Control Systems Based on Symmetric Send-on-delta Sampling |
|
| Closed-Loop Shaping Linear Control System Design: An Interactive Teaching/Learning Approach [Focus on Education] |
|
| A Practical Approach to Adaptive Sliding Mode Control |
|
| Robust switched control of an air levitation system with minimum sensing |
|
| Development of an Easy-to-Use Multi-Agent Platform for Teaching Mobile Robotics |
|
| Applying Deep Learning for Improving Image Classification in Nuclear Fusion Devices |
|
| Open-Source Hardware in Education: A Systematic Mapping Study |
|
| Teaching, Analyzing, Designing and Interactively Simulating Sliding Mode Control |
|
| Enhanced Event-Based Identification Procedure for Process Control |
|
| A model-based control scheme for depth of hypnosis in anesthesia |
|
| Identification of process transfer function parameters in event-based PI control loops |
|
| A survey of good practice in control education |
|
| Experimental Study of Nonlinear PID Controllers in an Air Levitation System |
|
| An Improved Relay-based Identification Approach based on Asymmetric Oscillations |
|
| Two-degree-of-freedom control scheme for depth of hypnosis in anesthesia * |
|
| New Interactive Books for Control Education<sup>⁎</sup> |
|
| ART(2)ool: a model-driven framework to generate target code for robot handling tasks |
|
| Expert System for Monitoring the Malaxing State of the Olive Paste Based on Computer Vision |
|
| Optimal Control for Aperiodic Dual-Rate Systems With Time-Varying Delays |
|
| Asynchronous periodic event-triggered control with dynamical controllers |
|
| Non-Invasive Methodology to Estimate Polyphenol Content in Extra Virgin Olive Oil Based on Stepwise Multilinear Regression |
|
| First Principles System Level Modelling of TCP-100 Facility for Simulation of Operation Modes |
|
| A Neural Network Approach for Building An Obstacle Detection Model by Fusion of Proximity Sensors Data |
|
| New Control Paradigms for Resources Saving: An Approach for Mobile Robots Navigation |
|
| Application of Predictive Feedforward Compensator to Microalgae Production in a Raceway Reactor: A Simulation Study |
|
| Anytime Optimal Control Strategy for Multi-Rate Systems |
|
| An Interactive and Comprehensive Software Tool to Promote Active Learning in the Loop Shaping Control System Design |
|
| Event-Based GPC for Multivariable Processes: A Practical Approach with Sensor Deadband |
|
| An Object-Oriented Library for Process Control Simulations in MATLAB |
|
| A low-cost embedded controller design for selective spraying vehicle |
|
| Predictive feedforward compensator for dead-time processes |
|
| Recognition of a landing platform for unmanned aerial vehicles by using computer vision-based techniques |
|
| Nonlinear adaptive sliding mode control with fast non-overshooting responses and chattering avoidance |
|
| Evaluation of event-based irrigation system control scheme for tomato crops in greenhouses |
|
| Quality inspection of machined metal parts using an image fusion technique |
|
| Technical Committee on Control Education |
|
| Adaptive Weighing System with Fast Nonstationary Filtering and Centrifugal Force Compensation |
|
| Optimal Threshold Setting for Event-Based Control Strategies |
|
| Application of Fuzzy Cognitive Maps and Run-to-Run Control to a Decision Support System for Global Set-Point Determination |
|
| The experiment editor: supporting inquiry-based learning with virtual labs |
|
| A unified event-based control approach for FOPTD and IPTD processes based on the filtered Smith predictor |
|
| An UML based approach for designing and coding automatically robotic arm platforms |
|
| Dynamic Model of a Molten Salt - Gas Heat Recovery System for a Hybrid Renewable Solar Thermal Power Plant. |
|
| Control en red basado en eventos: de lo centralizado a lo distribuido |
|
| Interview with José Antonio Cordero Martín: Director and soul of the CSIC Industrial Automation Institute. Part 2 |
|
| Distributed adaptive control of linear multi-agent systems with event-triggered communications |
|
| Distributed control for large-scale systems with adaptive event-triggering |
|
| Determination of the optimal number of clusters using a spectral clustering optimization |
|
| Performance improvement of SISO linear control systems by hybrid state resetting and sector confinement of trajectories |
|
| A novel approach to periodic event-triggered control: Design and application to the inverted pendulum |
|
| Novel technologies for monitoring the in-line quality of virgin olive oil during manufacturing and storage |
|
| Application of SSOD-PI and PI-SSOD event-based controllers to greenhouse climatic control |
|
| ND Control SCORM Web Laboratory with advanced Integration |
|
| A Methodology to Obtain Learning Effective Laboratories with Learning Management System Integration |
|
| Event-based selective control strategy for raceway reactor: A simulation study |
|
| Updated Website and Links Repository of the IFAC's TC 9.4 |
|
| Low-order feedback-feedforward controller for dead-time processes with measurable disturbances |
|
| Teaching real-time programming using mobile robots |
|
| Virtual and remote labs in control education: A survey |
|
| Unsupervised event detection and classification of multichannel signals |
|
| Virtual and remote labs in education: A bibliometric analysis |
|
| ITTSAE: A Set of Interactive Software Tools for Time Series Analysis Education [Lecture Notes] |
|
| Disruption Prediction on JET During the ILW Experimental Campaigns |
|
| Unsupervised Event Characterization and Detection in Multichannel Signals: An EEG application |
|
| Measurable disturbances compensation: Analysis and tuning of feedforward techniques for dead-time processes |
|
| Control of a Chain Pendulum: A fuzzy logic approach |
|
| An Interactivity-Based Methodology to Support Control Education: How to Teach and Learn Using Simple Interactive Tools [Lecture Notes] |
|
| Platform for Teaching Mobile Robotics |
|
| INTRODUCTION |
|
| Event-Based epe for Multivariable Processes |
|
| Introduction |
|
| Closed-Loop Automatic Tuning Technique for an Event-Based PI Controller |
|
| Event-Based Control Strategy for Mobile Robots in Wireless Environments |
|
| Selective pH and dissolved oxygen control strategy for a raceway reactor within an event-based approach |
|
| Adding automatic evaluation to interactive virtual labs |
|
| EJS, JIL Server, and LabVIEW: An Architecture for Rapid Development of Remote Labs |
|
| Nonlinear experiments: A saturation example |
|
| Performing Automated Experiments with EJsS Laboratories |
|
| ITADLS: An Interactive Tool for Analysis and Design of Linear Systems |
|
| Interactivity-based control education: Some experiences at the University of Córdoba |
|
| A new generation of online laboratories for teaching automatic control |
|
| Remote Interoperability Protocol: A bridge between interactive interfaces and engineering systems |
|
| A Robust H Controller for an UAV Flight Control System |
|
| Foreword |
|
| Memories about automation |
|
| Virtual Laboratory of the Ball and Plate System |
|
| Switching moving boundary models for two-phase flow evaporators and condensers |
|
| An interactive tool to introduce the waterbed effect |
|
| Open and Low-Cost Virtual and Remote Labs on Control Engineering |
|
| An Architecture to use Easy Java-Javascript Simulations in New Devices |
|
| On-line system based on hyperspectral information to estimate acidity, moisture and peroxides in olive oil samples |
|
| The Ball and Beam System: A Case Study of Virtual and Remote Lab Enhancement With Moodle |
|
| Sorting Olive Batches for the Milling Process Using Image Processing |
|
| Simulations of nuclear fusion diagnostics based on projections with Venn predictors and context drift detection |
|
| The photoelectric effect and study of the diffraction of light: Two new experiments in UNILabs virtual and remote laboratories network |
|
| Introduction |
|
| Tuning of symmetric send-on-delta proportional-integral controllers |
|
| Adaptive high learning rate probabilistic disruption predictors from scratch for the next generation of tokamaks |
|
| Distributed event-triggered control for non-reliable networks |
|
| Robustness and increased time resolution of JET Advanced Predictor of Disruptions |
|
| Design of event-based PI-P controllers using interactive tools |
|
| Experimental analysis of a remote event-based PID controller in a flexible link system |
|
| A practical tuning methodology for event-based PI control |
|
| Effective utilization of flue gases in raceway reactor with event-based pH control for microalgae culture |
|
| Anticipative control design for output measurement in Internet-like Networks |
|
| Two degree-of-freedom design for a send-on-delta sampling PI control strategy |
|
| Interview with Pedro Albertos Perez: Creator of the Valencial School of Automatic Control. 3(rd) Part, has works published, Professor |
|
| Memories of the Automatic, Sebastian Dormido has works Published "Professor of Control" |
|
| Implementation of the Disruption Predictor APODIS in JET's Real-Time Network Using the MARTe Framework |
|
| A Multirate Control Strategy to the Slow Sensors Problem: An Interactive Simulation Tool for Controller Assisted Design |
|
| An Interactive Tool for Outdoor Computer Controlled Cultivation of Microalgae in a Tubular Photobioreactor System |
|
| Automatic memory |
|
| Reset control systems with reset band: Well-posedness, limit cycles and stability analysis |
|
| Expert system based on computer vision to estimate the content of impurities in olive oil samples |
|
| A Remote Laboratory as an Innovative Educational Tool for Practicing Control Engineering Concepts |
|
| Development of an efficient real-time disruption predictor from scratch on JET and implications for ITER |
|
| Providing Collaborative Support to Virtual and Remote Laboratories |
|
| Stability analysis of symmetric send-on-delta event-based control systems |
|
| An industrial vision system for surface quality inspection of transparent parts |
|
| Hybrid system modeling using the SIMANLib and ARENALib Modelica libraries |
|
| Using Augmented Reality in Remote Laboratories |
|
| Characterization of limit cycles for self-regulating and integral processes with PI control and send-on-delta sampling |
|
| Event-Based Control for FOPTD Systems |
|
| Event-Based PI Plus Feedforward Control Strategies for a Distributed Solar Collector Field |
|
| A mobile robots experimental environment with event-based wireless communication |
|
| Interactivity in education: An experience in the automatic control field |
|
| Frequency domain properties of reset systems with multiple reset anticipations |
|
| Distributed event-based control strategies for interconnected linear systems |
|
| Development of an industrial boiler virtual-lab for control education using Modelica |
|
| Virtual and remote robotic laboratory using EJS, MATLAB and LabVIEW |
|
| Perspectives on control-relevant identification through the use of interactive tools |
|
| INTEGRATION AND VALIDATION OF A DISRUPTION PREDICTOR SIMULATOR IN JET |
|
| APPLICATION AND VALIDATION OF IMAGE PROCESSING ALGORITHMS TO REDUCE THE STRAY LIGHT ON THE TJ-II THOMSON SCATTERING DIAGNOSTIC |
|
| Analysis of the limit cycles in the PI control of IPD processes with send-on-delta sampling |
|
| Synchronous collaboration with virtual and remote labs in moodle |
|
| Synchronous collaboration between auto-generated WebGL applications and 3D virtual laboratories created with Easy Java Simulations |
|
| Delay-dependent stability of reset control systems with anticipative reset conditions |
|
| Modeling of a two-step solar hydrogen production plant |
|
| Chattering in dynamic mathematical two-phase flow models |
|
| Distributed event-triggered control with network delays and packet losses |
|
| Characterization of symmetric send-on-delta PI controllers |
|
| A new two degree-of-freedom event-based PI control strategy |
|
| Automatic Assembly of Parts with Dimensional Variations |
|
| Tuning rules for event-based SSOD-PI controllers |
|
| Parabolic-trough solar thermal power plant simulation scheme, multi-objective genetic algorithm calibration and validation |
|
| On the stability of an event-based PI controller for FOPDT processes |
|
| Enhancing virtual and remote labs to perform automatic evaluation |
|
| An interactive software tool for the study of event-based PI controller |
|
| A new internet tool for automatic evaluation in control systems and programming |
|
| Interactive tools for designing fractional-order PID controllers |
|
| Automatic location of L/H transition times for physical studies with a large statistical basis |
|
| An interactive simulator for networked mobile robots |
|
| Development of virtual-labs for education in chemical process control using Modelica |
|
| An interactive software tool for system identification |
|
| Synchronous collaboration of virtual and remote laboratories |
|
| Physics experiments at the UNEDLabs portal |
|
| A new 3D visualization Java framework based on physics principles |
|
| A machine vision system for defect characterization on transparent parts with non-plane surfaces |
|
| Proceedings of the Automatic | Memorias de la automática |
|
| Modeling of hybrid control systems using the DEVSLib Modelica library |
|
| A fully autonomous unmanned aerial vehicle landing controller synthesis: Quantitative feedback theory and H ∞ technique comparison |
|
| Exploiting openMP in the initial section of modelica models (Work in progress) |
|
| Distributed Event-Based Control for Interconnected Linear Systems |
|
| DESIGN OF AN EVENT-BASED FEEDFORWARD STRATEGY FOR SOPTD PROCESSES |
|
| Interactive Tool for Analysis of Reset Control Systems |
|
| Reset control systems with reset band: Well-posedness and limit cycles analysis |
|
| A heuristic method to minimise the chattering problem in dynamic mathematical two-phase flow models |
|
| Understanding automatic control concepts by playing games |
|
| Industrial assembly of parts with dimensional variations. Case study: Assembling vehicle headlamps |
|
| An architecture for virtual and remote laboratories to support distance learning |
|
| Interactive tool for analysis of reset control systems |
|
| On the presence of equilibrium points in PI control systems with send-on-delta sampling |
|
| Distributed event-based control for interconnected linear systems |
|
| Design of an event-based feedforward strategy for SOPTD processes |
|
| Co-design strategy of networked control systems for treacherous network conditions |
|
| A remote laboratory for mobile robot applications |
|
| Enhancing student learning: On-line interactive laboratory for modelling of real world control system applications |
|
| Interactive human interfaces with engineering software |
|
| Expert system based controller for the high-accuracy automatic assembly of vehicle headlamps |
|
| Developing a remote laboratory for engineering education |
|
| Current situation and future perspectives on virgin olive oil elaboration process control. |
|
| A network of automatic control web-based laboratories |
|
| EJS+EjsRL: An interactive tool for industrial robots simulation, Computer Vision and remote operation |
|
| Limit cycles analysis of reset control systems with reset band |
|
| A two-degree-of-freedom PI controller based on events |
|
| Two web-based laboratories of the FisL@bs network: Hooke's and Snell's laws |
|
| Teaching embedded control systems |
|
| Object-oriented modelling and simulation of ACUREX solar thermal power plant |
|
| Dynamic modelling of PEM fuel cells using the FuelCellLib Modelica library |
|
| Development of virtual-labs based on complex Modelica models using VirtualLabBuilder |
|
| Integrating parallel DEVS and equation-based object-oriented modeling |
|
| Mean densities in dynamic mathematical two-phase flow models |
|
| Development of virtual training simulators with modelica |
|
| Using interactive tools to teach/learn sliding mode control |
|
| A packet-based network control system architecture for teleoperation and remote laboratories |
|
| Developing networked control labs: A matlab and easy java simulations approach |
|
| Application of event-based sampling strategies for fusion research |
|
| Memorias de la automática: Eugenio andrés puente: Maestro de una generación de automáticos españoles (2a parte) |
|
| Java simulations of embedded control systems |
|
| The Reaction Wheel Pendulum: An Interactive Virtual Laboratory for Control Education |
|
| System modeling using the Parallel DEVS formalism and the Modelica language |
|
| Diagnosis of performance degradation phenomena in PEM fuel cells |
|
| INTRODUCTION TO THE SPECIAL NUMBER OF VIRTUAL AND REMOTE AUTOMATIC LABORATORIES: REALIZATIONS AND EXPERIENCES |
|
| Visualization and interactive simulation of Modelica models for control education |
|
| Web-Enabled Remote Scientific Environments |
|
| Application of an aeronautic control for ship path following | Application of an aeronautic control for ship path following |
|
| Application of an aeronautic control for ship path following | Application of an aeronautic control for ship path following |
|
| An interactive tool for fractional order PID controllers |
|
| Stability analysis of reset control systems with reset band |
|
| Experimental validation of the FuelCellLib Modelica library |
|
| New features of Easy Java simulations for 3D modeling |
|
| Web-based control laboratory: The ball and beam system |
|
| An event-based PI controller based on feedback and feedforward actions |
|
| Modeling of the ARGESIM "Crane and Embedded Controller" system using the DEVSLib Modelica library |
|
| Virtual and remote experimentation with the Ball and Hoop system |
|
| Remote experimentation mashup |
|
| Visualization and interactive simulation of modelica models for control education |
|
| An unified approach for DTC design using interactive tools |
|
| Dynamic Clustering and Modeling Approaches for Fusion Plasma Signals |
|
| On the application of different event-based sampling strategies to the control of a zsimple industrial process |
|
| A sensor planning system for automated headlamp lens inspection |
|
| A robust constrained reference governor approach using linear matrix inequalities |
|
| Web-enabled remote scientific environments |
|
| Self-calibrated robotic manipulator force observer |
|
| Real-time collaboration of virtual laboratories through the Internet |
|
| Simulation of greenhouse climate monitoring and control with wireless sensor network and event-based control |
|
| Event based sampling, control and communication | Muestreo, control y comunicación basados en eventos |
|
| Object oriented modelling and simulation of parabolic trough collectors with modelica |
|
| DISTANCE EDUCATION ON VIRTUAL-LAB IMPLEMENTATION FOR SCIENCE TEACHERS |
|
| Object-oriented modelling of virtual-labs for education in chemical process control |
|
| New control laboratory using parallel programming |
|
| Developing and implementing virtual and remote labs for control education: The UNED pilot experience |
|
| Multitasking real-time control systems in Easy Java Simulations |
|
| An H-infinite robust tracker controller for an UAV under realistic simulated environmental effects |
|
| Introducing messages in modelica for facilitating discrete-event system modeling |
|
| Interactive Learning Modules for PID Control Using Interactive Graphics to Learn PID Control and Develop Intuition |
|
| A systematic two-layer approach to develop web-based experimentation environments for control engineering education |
|
| Electrochemical parameter estimation in operating proton exchange membrane fuel cells |
|
| An integrated virtual and remote control lab the three tank system as a case study |
|
| An interactive tool for mobile robot motion planning |
|
| An interactive approach totemplate generation in quantitative feedback theory methodology |
|
| Development of a web-based control laboratory for automation technicians: The three-tank system |
|
| Data mining technique for fast retrieval of similar waveforms in Fusion massive databases |
|
| Event based sampling, control and communication |
|
| Interactive generation of plant templates for robust control |
|
| An approach to the calibration of modelica models |
|
| An interactive software tool for learning robust control design using quantitative feedback theory methodology |
|
| Diagnosis of PEM fuel cells through current interruption |
|
| Contact force estimation for complaint robot motion control |
|
| Interactive tool for analysis of time-delay systems with dead-time compensators |
|
| An approach to virtual-lab implementation using modelica |
|
| Interactive learning modules for PID control |
|
| PID controller design with constraints on sensitivity functions using loop slope adjustment |
|
| A virtual course on automation of agricultural systems |
|
| Web-based learning resources for vocational training for automation technicians |
|
| Three coefficients of a polynomial can determine its φ\{symbol\}-instability |
|
| Analysis of the use of industrial control systems in simulators: State of the art and basic guidelines |
|
| The role of interactivity in control learning |
|
| Interactive 3D simulation of flat systems: The SpiderCrane as a case study |
|
| Adding interactivity to existing Simulink models using Easy Java Simulations |
|
| Object-oriented modeling of virtual laboratories for control education |
|
| QFT robust control design by interactive approach |
|
| Application of intelligent classification techniques to the TJ-II thomson scattering diagnostic |
|
| Easy java simulations: An open-source tool to develop interactive virtual laboratories using MATLAB/Simulink |
|
| Web-based virtual lab and remote experimentation using easy java simulations |
|
| Parallel dynamic programming on clusters of workstations |
|
| Web-based remote control laboratory using a greenhouse scale model |
|
| Interactive computer-aided control design using quantitative feedback theory: The problem of vertical movement stabilization on a high-speed ferry |
|
| Learning control of robot manipulators by interactive simulation |
|
| The learning of control concepts using interactive tools |
|
| Interactive teaching of constrained generalized predictive control |
|
| Development of an XML-based lab for remote control experiments on a servo motor |
|
| Design of SPICELib: A Modelica library for modeling and analysis of electric circuits |
|
| Interactive simulation of object-oriented hybrid models, by combined use of EJS, Matlab/Simulink and Modelica/Dymola |
|
| Magnetic levitation system: A virtual lab in "easy Java simulation" |
|
| JARA 2i - A modelica library for interactive simulation of physical-chemical processes |
|
| Tuning of PID controllers based on sensitivity margin specification |
|
| Control learning: present and future |
|
| A Java/Matlab-based environment for remote control system laboratories: Illustrated with an inverted pendulum |
|
| A XML-based framework for the development of web-based laboratories focused on control systems education |
|
| Object-Oriented Description of Hybrid Dynamic Systems of Variable Structure |
|
| Object-oriented design of reusable model libraries of hybrid dynamic systems - Part one: A design methodology |
|
| Object-oriented design of reusable model libraries of hybrid dynamic systems - Part two: A case study |
|
| Control systems analysis & design server |
|
| Teleoperation of an inverted pendulum through the world wide web |
|
| Related: A framework to publish web-based laboratory control systems |
|
| Hypermedia design methodology in World Wide Web applications |
|
| Virtual and remote control labs using Java: A qualitative approach |
|
| Three coefficients of a polynomial can determine its instability |
|
| Mobile robot path tracking using a robust PID controller |
|
| Robust stability and structured uncertainty bounded by the Euclidean norm |
|
| A generic natural language interface for task planning - application to a mobile robot |
|
| Reduction of the dimensionality of dynamic programming: A case study |
|
| Robust stability analysis of GPC and CRHPC using the theory of extreme point results |
|
| On the thirty-two virtual polynomials to stabilize an interval plant |
|
| Integration of autonomous systems for remote control of data acquisition and diagnostics in the TJ-II device |
|
| Software architecture of data acquisition control process during TJ-II operation |
|
| Between fuzzy-PID and PID-conventional controllers: A good choice |
|
| Fuzzy-PID controllers vs fuzzy-PI controllers |
|
| Mobile robot navigation in a partially structured static environment, using neural predictive control |
|
| Encoding technique for high data compaction in data bases of fusion devices |
|
| Fuzzy-PID controllers vs. fuzzy-PI controllers |
|
| Between fuzzy-PID and PID-conventional controllers: a good choice |
|
| Pulse-labelling a cover crop with 13C to follow its decomposition in soil under field conditions |
|
| Derivative action in pid-fuzzy controllers |
|
| Fully parallel stochastic computation architecture |
|
| Kharitonov's theorem extension to interval polynomials which can drop in degree: A Nyquist approach |
|
| Pulse-labelling a cover crop with C-13 to follow its decomposition in soil under field conditions |
|
| Improvements in the treatment of signals used for plasma diagnostics |
|
| Tuning of fuzzy controllers: Application of the relay method |
|
| Phase margin identification with an adaptive sampling system |
|
| On the sixty-four polynomials of Djaferis to stabilize an interval plant |
|
| Phase margin identification with an adaptive sampling system |
|
| SIMULATION STUDY OF TECHNIQUES FOR THE SELF-ALIGNMENT OF A STRAPDOWN INERTIAL NAVIGATION SYSTEM |
|
| SEDIMENTATION OF ACTIVATED-SLUDGE |
|
| Reduced-order Kalman filter for alignment |
|
| A PC-BASED REAL-TIME GENERALIZED PREDICTIVE CONTROLLER |
|
| ROBUST PREDICTIVE PI CONTROLLER |
|
| Robust predictive PI controller |
|
| A PID AUTOTUNER BASED ON THE ASTROM AND HAGGLUND METHODS USING NONUNIFORM SAMPLING |
|
| DESIGN OF DIGITAL-CONTROL SYSTEM USING THE SAMPLING PERIOD AS A COMPENSATOR |
|
| Design of digital control system using the sampling period as a compensator |
|
| HYPERLAB - A SIMULATION LABORATORY FOR CONTROL TEACHING |
|
| Calibration and stochastic modeling of a laser-gyro for laboratory testing |
|
| A fast method for optimal synthesis of logical functions of four variables with multiplexers |
|
| ON THE DECOMPOSITION OF ANY TRANSFER-FUNCTION (M-LESS-THAN-OR-EQUAL-TO-N-1) INTO THE 1ST AND 2ND CAUER CONTINUED-FRACTION GENERALIZED |
|
| ON THE CALCULATION OF THE DYNAMIC ERROR COEFFICIENTS |
|
| RODRIGUEZ,MELLADO,MARIANO - IN MEMORIAM |
|
| INVERSION ALGORITHM TO CONSTRUCT ROUTH APPROXIMANTS. |
|
| GENERALIZATION OF THE VOITH METHOD FOR MINIMIZATION OF INCOMPLETELY SPECIFIED FUNCTION WITH MULTIPLEXER UNIVERSAL LOGIC MODULES. |
|
| TUNING OF A PID CONTROLLER BY POLES ASSIGNMENT AND MODEL REDUCTIONS. |
|
| REACHABILITY OF LINEAR DISCRETE-TIME SYSTEMS WITH POSITIVE CONTROLS: MULTI-INPUT CASE. |
|
| GENERALIZATION OF THE VOITH METHOD FOR MINIMIZATION OF INCOMPLETELY SPECIFIED FUNCTION WITH MULTIPLEXER UNIVERSAL LOGIC MODULES. |
|
| COMPENSATION OF DISCRETE SYSTEMS TO VARIATIONS IN THEIR PARAMETERS BY CHANGING SAMPLING PERIOD. |
|
| APERIODIC SAMPLING AND IDENTIFIABILITY. |
|
| UPPER BOUND FOR THE SYNTHESIS OF GENERALIZED PARALLEL COUNTERS. |
|
| NONPERIODIC SAMPLING AND IDENTIFIABILITY. |
|
| NONPERIODIC SAMPLING AND IDENTIFIABILITY. |
|
| Synthesis of Generalized Parallel Counters |
|
| NOTE ON THE TRANSMISSION OF RELATIVE ERRORS IN THE OBSERVABILITY PROBLEM |
|
| SOME RESULTS ON THE IDENTIFIABILITY PROBLEM WITH APERIODIC SAMPLING. |
|
| COMPENSATION FOR SYSTEMS WITH VARYING SAMPLING PERIOD |
|
| BASIC CONCEPTS ON DYNAMIC PROGRAMMING IN FIXED INTERVALS |
|
| APPLICATION OF APERIODIC SAMPLING TO PROBLEM OF SIGNAL ADAPTATION |
|
| INTRODUCTION TO CONTROL OF FIXED INTERVAL SYSTEMS |
|
