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Control Theory
ITEMS
53
items are in this category. Listing
all
items:
Artificial Intelligence: Fuzzy Systems for Control Applications: The Truck BackerUpper
CAD Package for Control System on Mathematica
A CAD System for Nonlinear Control System Design Using “Mathematica”
Code Generation for Simulation and Control Applications
Computational Tools for Nonlinear Systems: Modeling and Adaptive Control
Computer Simplification of Engineering Systems Formulas
Computer Simplification of Formulas in Linear Systems Theory
CONFAL: A StableFactorization Based FaultTolerant Controller Design Software Package
Control Primitives for Robot Systems
Control System Analysis Using Mathematica and a Graphical User Interface
Control System Analysis with Mathematica
Control System Professional
COSYPAK: A Symbolic Control Systems Analysis Package
Descriptor Systems Toolbox : A MathematicaBased Package for Descriptor Systems
An Efficient Calculation of Computed Torque Control of Flexible Manipulators
Feedback linearization and lattice theory
Fuzzifying a Target Motion Analysis Model using Fril and Mathematica
Fuzzy logic alternative for analysis in the biomedical sciences
Fuzzy Modelling in an Intelligent Data Browser
The Heredity Shift Operator in Descent Approach to the Optimal Periodic Hereditary Control Problem
Integrated SymbolicGraphicNumeric Analysis and Design in Nonlinear Control Through Notebooks in Mathematica
Mathematica Aided Teaching of Nonlinear Control Theory
MathLink for LabVIEWa new environment to control and interact with instruments; application to robotics
Modeling and validating hybrid systems using VDM and Mathematica
New Computational Procedure to the Pole Placement Problem by Static Output Feedback
New Insight into the Comparative Power of QualityControl Rules That Use Control Observations within a Single Analytical Run
A New Interactive ComputerBased Control Course
"Numerical Linear Control Library"a Mathematicabased Integrated Environment with the Modern Control Algorithms
On Real Parameter Stability Margins and Their Computation
On Using Mathematica to Implement the Zero Set Technique
Parallelization of perturbation analysis: application to largescale engineering problems
Performances and Limitations of Symbolic Computation in Nonlinear Analysis and Control: An Example Using Mathematica
Petri Net Based Control for the Dynamic Scheduling
QFT Flight Control System Design Using Mathematica
Quantification of Sequential Failure Logic for Fault Tree Analysis
Review of the Robotica Software Package for Robotic Manipulators
Robotica: A Mathematica Package for Robot Analysis
Singularly perturbed control systems using noncommutative computer algebra
Some Recent Results Using Symbolic Algebra
SQControl.m: a package for statistical quality control in the presence of measurement errors
Stability of Polynomials
Swimmable Humanoid Robot
Symbolic Algebra Tools for Control Teaching
Symbolic Computation for Discrete Event Systems
A symbolic computational method for a dynamic model of robot manipulators
Symbolic Computing Aided Design of Observers by Jacobian and Extended Linearization
A Symbolic Formulation of Dynamic Equations for a Manipulator with Rigid and Flexible Links
Symbolic Numerical Computational Tools for Nonlinear and Adaptive Control
A Symbolic Optimization Approach for Tuning of PID Controllers
SYMORO+: A System for the Symbolic Modelling of Robots
Tools for verification of a large discrete system
Transfer equivalence and realization of nonlinear higher order input/output difference equations using Mathematica
Using Mathematica to Aid Simulation Analysis
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