Intelligent Control and Automation

Intelligent Control and Automation

ISSN Print: 2153-0653
ISSN Online: 2153-0661
www.scirp.org/journal/ica
E-mail: ica@scirp.org
"LQG Control Design for Balancing an Inverted Pendulum Mobile Robot"
written by Ragnar Eide, Per Magne Egelid, Alexander Stamsø, Hamid Reza Karimi,
published by Intelligent Control and Automation, Vol.2 No.2, 2011
has been cited by the following article(s):
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[1] Novel Approximations to the (Un) forced Pendulum–Cart System: Ansatz and KBM Methods
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[2] LQG Approach based Speed Control of Induction Motor
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[3] Stability analysis of two port renewable energy interface for telecom applications
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[4] Design and Optimization of Headbox Control System for Paper Factory
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[5] Hybrid Control of a Double Linear Inverted Pendulum using LQR-Fuzzy and LQR-PID Controllers
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[6] Various Controllers Design for Lime Kiln Unit of Paper Mill
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[7] Fuzzy Logic Based LQG Controller Design for Inverted Pendulum On Cart
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[8] Modelling and testing of a solar panel structure for KNATTE (Kinesthetic Node and Autonomous Table-Top Emulator)
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[9] Stabilization of Double Inverted Pendulum (DIP) on a Cart using Optimal Adaptive Sliding Mode Control (OASMC)
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[10] Robust stabilization control of a spatial inverted pendulum using integral sliding mode controller
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[11] Real-Time Stabilization Control of a Rotary Inverted Pendulum Using LQR-Based Sliding Mode Controller
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[12] Comparison of Linear Quadratic–Regulator and Gaussian–Controllers' Performance, LQR and LQG: Ball-on-Sphere System as a Case Study
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[13] Optimal Controller Design for the System of Ball-on-sphere: The Linear Quadratic Gaussian (LQG) Case
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[14] Paper Mill Headbox Consistency Control System Design with Deadtime Compensation
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[15] Linear Quadratic Gaussian Regulator for the Nonlinear Observer-Based Control of a Dynamic Base Inverted Pendulum
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[16] Two-Wheeled Vehicle Balancing Using Control Moment Gyroscope
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[17] Sistem kendali posisi dengan metode linear quadratic gaussian pada vtol (vertical take off landing)
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[18] Linear quadratic regulator and pole placement for stabilizing a cart inverted pendulum system
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[19] Performance improvement demonstration of an NMP system using sample and hold inputs
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[20] Development of a Fuzzy-LQR and Fuzzy-LQG Stability Control for a Double Link Rotary Inverted Pendulum
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[21] Design and FPGA implementation of non-linear intelligent control for special electric drives
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[22] Comparative Study of LQR, LQG and PI Controller Based on Genetic Algorithm Optimization for Buck Converters
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[23] A hardware scalable, software configurable LQG controller using a sequential discrete Kalman filter
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[24] OPTIMAL DESIGN OF THE DOUBLE INVERTED PENDULUM
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[25] MODELAGEM E CONTROLE DE ESTABILIZAÇÃO E POSIÇÃO DE UM PÊNDULO INVERTIDO
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[26] ASPECTOS PRÁTICOS SOBRE A MODELAGEM E CONTROLE DE UM SISTEMA PÊNDULO INVERTIDO
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[27] Robust LQR Based ANFIS Control of xz Inverted Pendulum
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[28] Sayani Maity Greg R. Luecke* Department of Mechanical Engineering Department of Mechanical Engineering Iowa State University Iowa State University Ames IA …
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[29] Sample and Hold Inputs Theory and Applications, and Fault Detection for SSCDS
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[30] Sayani Maity Greg R. Luecke* Department of Mechanical Engineering Department of Mechanical Engineering Iowa State University Iowa State University …
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[31] Control System Design for a Solar Receiver-Reactor
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[32] Stabilization and Optimization of design parameters for control of inverted pendulum
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[33] Real-Time Control of a Rotary Inverted Pendulum using Robust LQR-based ANFIS Controller
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[34] Acceleration control approach of double inverted pendulum system
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[35] Développement d'un contrôleur flou optimal pour des systèmes non linéaires
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[36] Attitude estimation of a high-yaw-rate Mobile Inverted Pendulum; comparison of Extended Kalman Filtering, Complementary Filtering, and motion capture
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[37] Inverted pendulum model Linear–Quadratic Regulator (LQR)
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[38] Управление мобильным роботом вдоль эластик Эйлера
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[39] Optimal LQG Controller Based on Genetic Algorithm Technique For Speed Control of DC Motor
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[40] A Testbed for Vision-Based Networked Control Systems
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[41] MIMO nonlinear modeling and robust control of standalone dc photovoltaic systems
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[42] Robust Controller Design for Two Wheeled Inverted Pendulum System
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[43] THIẾT KẾ VÀ PHÂN TÍCH ỔN ĐỊNH HỆ THỐNG CẨU GIÀN DỰA TRÊN PHƯƠNG PHÁP ĐIỀU KHIỂN BỀN VỮNG H∞
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[44] Tracking control of inverted pendulum on a cart with disturbance using pole placement and LQR
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[45] Design, Simulation and Experimental Validation of a Robust Controller on Different Inverted Pendulum Systems
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[46] IMC Multi-Controller Strategies applied on a Manipulator Robot
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[47] A Power Series Based Controller for the Stabilization of a Single Inverted Pendulum on a Cart: Analysis and Real-Time Implementation
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[48] DESAIN KONTROLER LINEAR QUADRATIC GAUSSIAN (LQG) PADA SISTEM PENDULUM TERBALIK
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[49] Design and Analysis of Control Systems for Heat Exchanger System of Sugar Mill
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[50] Synthesis of an Optimal Dynamic Regulator Based on Linear Quadratic Gaussian (LQG) for the Control of the Relative Humidity Under Experimental …
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[51] Modeling, Simulation and Real-Time Control of Underactuated Systems: A Cart-Pendulum Example
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[52] Navigation of Mobile Inverted Pendulum via Wireless control using LQR Technique
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[53] Synthesis of an Optimal Dynamic Regulator Based on Linear Quadratic Gaussian (LQG) for the Control of the Relative Humidity under Experimental Greenhouse
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[54] Control of a Wheeled Inverted Pendulum: A Nonlinear Time-Frequency Approach
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[55] LQG controller design for an industrial boiler turbine
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[56] Real-Time Swing-up and Stabilization Control of a Cart-Pendulum System with Constrained Cart Movement
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[57] LQR, double-PID and pole placement stabilization and tracking control of single link inverted pendulum
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[58] Diseño de un controlador LQG adaptativo para turbinas eólicas aplicado al generador de inducción doblemente alimentado
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[59] Robô pêndulo invertido
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[60] Modeling and Simulation of Hybrid Control Systems with Applications to Nonlinear Processes with Bounded Inputs
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[61] MoGFT-I: A Multi-objective Optimization approach for the Cart and Pole control problem
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[62] Control of Active Suspension for Full Car Model
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[63] ZMIANA PO?O?ENIA UK?ADU ODWRóCONEGO WAHAD?A PRZY U?YCIU STEROWANIA ?LIZGOWEGO
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[64] 최적제어 기법을 이용한 밸런싱 로봇 제어기의 설계
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[65] Zmiana położenia układu odwróconego wahadła przy użyciu sterowania ślizgowego
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[66] 二级倒立摆的参数自校正模糊 PI 控制
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[67] Design of Balancing Robot Controller using Optimal Control Method
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[68] Interval Type-2 Fuzzy Logic Controller to Control the Velocity and Angle of Inverted Pendulum
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[69] LINEAR QUADRATIC REGULATOR VERSUS MODEL PREDICTIVE CONTROLLER: A COMPARISION ON AN ELECTROMAGNETIC LEVITATION SYSTEM
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[70] Управление роботом с перевернутым маятником
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[71] Extração de conhecimentos com interpretabilidade aumentada utilizando modelagem fuzzy e otimização multi-objetivo.
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[72] Linear Quadratic Gaussian (LQG) controller for inverted pendulum
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[73] Application of LQG Combined with MRAS-Based LFFC to Electromechanical Motion Systems
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[74] EXTRACAO DE CONHECIMENTOS COM INTERPRETABILIDADE AUMENTADA UTILIZANDO MODELAGEM FUZZY E OTIMIZACAO MULTI-OBJETIVO
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[75] Extração de conhecimentos com interpretabilidade aumentada utilizando modelagem fuzzy e otimização multi-objetivo
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[76] Noise and Disturbance Rejection Performance Evaluation on Explicit Model Predictive Control Technique Applied to Inverted Pendulum with Various Test Scenarios
[77] CONTROLE POR MODOS DESLIZANTES COM INTEGRADOR CONDICIONAL DO PÊNDULO INVERTIDO NÃO LINEAR
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