Wolfram Demonstrations Project
Control Theory
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Demonstrations 1 - 20 of 39
Simulating Vehicle Suspension with a Simplified Quarter-Car ModelZero-Pole Cancellation in Transfer FunctionsSteering Multiple Radio Control (RC) Cars with One JoystickHarmonic Distortion of Nonlinear Transfer FunctionAutomatic Feedback Control of a Pendulum-and-Cart System
Simulating Vehicle Suspension with a Simplified Quarter-Car Model
Zero-Pole Cancellation in Transfer Functions
Steering Multiple Radio Control (RC) Cars with One Joystick
Harmonic Distortion of Nonlinear Transfer Function
Automatic Feedback Control of a Pendulum-and-Cart System
Active Shock AbsorbersFirst- and Second-Order Transfer FunctionsDetecting Periodicity in Short Time SeriesPerformance Characteristics for Step Response of an Underdamped ProcessJoint Space and Tooling Space for Robot Motion Control
Active Shock Absorbers
First- and Second-Order Transfer Functions
Detecting Periodicity in Short Time Series
Performance Characteristics for Step Response of an Underdamped Process
Joint Space and Tooling Space for Robot Motion Control
Robot Motion with ObstaclesIntegral Error Criteria for Controller TuningSundaresan-Krishnaswamy Technique for Estimation of Process ParametersSmith's Second-Order Method in Process DynamicsReliability Analysis and Failure Probability Using First-Order Reliability Method
Robot Motion with Obstacles
Integral Error Criteria for Controller Tuning
Sundaresan-Krishnaswamy Technique for Estimation of Process Parameters
Smith's Second-Order Method in Process Dynamics
Reliability Analysis and Failure Probability Using First-Order Reliability Method
Energy-Aware M^X/G/1 QueueSystem AvailabilitySystem ReliabilityTransfer Function for Continuous-Mode Boost ConverterFirst-Order Transfer Functions in Process Control
Energy-Aware M^X/G/1 Queue
System Availability
System Reliability
Transfer Function for Continuous-Mode Boost Converter
First-Order Transfer Functions in Process Control

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