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About the Book The book “New Approaches in Automation and Robotics” offers in 22 chapters a collection of recent developments in automation, robotics as well as control theory. It is dedicated to researchers in science and industry, students, and practicing engineers, who wish to update and enhance their knowledge on modern methods and innovative applications. |
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Table of Contents
01A Model Reference Based 2-DOF Robust Observer-Controller Design Methodology
02Nonlinear Model-Based Control of a Parallel Robot Driven by Pneumatic Muscle Actuators
03Neural-Based Navigation Approach for a Bi-Steerable Mobile Robot
04On the Estimation of Asymptotic Stability Region of Nonlinear Polynomial Systems: Geometrical Approaches
05Networked Control Systems for Electrical Drives
06Developments in the Control Loops Benchmarking
07Bilinear Time Series in Signal Analysis
08Nonparametric Identification of Nonlinear Dynamics of Systems Based on the Active Experiment
09Group Judgement With Ties. Distance-Based Methods
10An Innovative Method for Robots Modeling and Simulation
11Models for Simulation and Control of Underwater Vehicles
12Fuzzy Stabilization of Fuzzy Control Systems
13Switching Control in the Presence of Constraints and Unmodeled Dynamics
16Operational Amplifiers and Active Filters: A Bond Graph Approach
18Time-Scaling of SISO and MIMO Discrete-Time Systems
19Models of continuous-time linear time-varying systems with fully adaptable system modes
20Directional Change Issues in Multivariable State-feedback Control
21A Smith Factorization Approach to Robust Minimum Variance Control of Nonsquare LTI MIMO Systems
22The Wafer Alignment Algorithm Regardless of Rotational Center