Model Train Simulation

Ackermann steering Matlab Model for Car Auto parking simulation Platforms: Matlab

This will ask for antenna heights then ask u for the frequency band..then it will use the okumura model and give u the simulated output.... Platforms: Matlab

In this demo, control object (plant) is gas separator. Control Performance of Cascade PID control and Model Predictive Control are compared .This demo shows following contents.[1] Plant modelingGoverning rules of the plant are assumed and modeled on a formula basis. The governing rules are... Platforms: Matlab

This model shows an example of a conventional vehicle electrical system model, which was shown in the webinar "Developing Accurate Battery Simulation Models" http://www.mathworks.com/wbnr37544. The model is intended to study component sizing, selection, and control. The electrical system model... Platforms: Matlab

This submission includes functions and scripts for the estimation and simulation of ACD (autoregressive conditional duration) models. The zip file includes: - Scripts and functions for Estimation of an ACD(q,p) model with exponential or weibull distribution- Scripts and functions for Simulation... Platforms: Matlab

This toolbox was designed to simulate and fit linear state space models. The main literature I used for this particular package is Kim and Nelson (1999). A state space model (without non stochastic coefficients) is given by:y(t)=beta(t)*x(t)'+e(t)... Platforms: Matlab

This program presents the solution to an ode model of the circadian clock, published by Locke et al (2005) 'http://www.nature.com/msb/journal/v1/n1/full/msb4100018.html', in two different ways.A moving plot can show either time series or a limit cycle in 2D or 3D mode, with the user able to... Platforms: Matlab

process from the Book of Smith, Corripio - Automatic Process ControlContent:+ m-file linearization of nonlinear model+ m-file definition of the nonlinear model+ simulink models for the simulation of the process Platforms: Matlab

This model shows a simulation of how temperature is controlled with the use of a PID (proportional-integral-derivative) controller. Platforms: Matlab

This is a three-degree-of-freedom (longitudinal) model of the 1903 Wright Flyer based on a BASIC simulation written by Frederick J Hooven. This model contains the airframe, environment and simple pilot models.The VRML world converted to VRML97 was originally created by Thaddeus Bejer of... Platforms: Matlab

content:+ m-file of the nonlinear model+ m-file linearization+ simulink models for the simulation system Platforms: Matlab

The Kicked Rotor model shows the dynamics of a rotating bar (rotor) that is kicked periodically. This model is also known as the standard map or the Chirikov-Taylor map. Each impulsive kick changes the angular momentum of the rotor instantaneously and the bar rotates uniformly between kicks.... Platforms: Mac

The Newton's Law of Cooling model computes the temperature of an object of mass M as it is heated by a flame and cooled by the surrounding medium. The model assumes that the temperature T within the object is uniform. This lumped system approximation is valid if the rate of thermal energy... Platforms: Mac

The Ejs Harmonics and Fourier Series model displays the sum of harmonics via a Fourier series to yield a new wave. The amplitude of each harmonic as well as the phase of that harmonic can be changed via sliders. In addition, several pre-set functions can be chosen to display. You can modify this... Platforms: Mac

The EJS Binomial Distribution Model calculates the binomial distribution. You can change the number of trials and probability. You can modify this simulation if you have Ejs installed by right-clicking within the plot and selecting "Open Ejs Model" from the pop-up menu item. The Binomial... Platforms: Mac

The Ejs Coupled Oscillators and Normal Modes model displays the motion of coupled oscillators, two masses connected by three springs. The initial position of the two masses, the spring constant of the three springs, the damping coefficient for each mass, and the driving force and driving force... Platforms: Mac

The Kepler System model simulates Kepler's final theory of planetary motion. In this theory the planets orbit in ellipses with Sun at one focus (Kepler's First law). These elliptical orbits are not necessarily all in the same plane. A line from Sun to the planet sweeps out equal areas in equal... Platforms: Mac

The Ejs Doppler Effect model displays the detection of sound waves from a moving source and the change in frequency of the detected wave via the Doppler effect. In addition to the wave fronts from the source a graph depicting the time of emission and time of detection of each of the wave fronts... Platforms: Mac

The Rocking Semicircular Hoop model shows the dynamics of a simple object rocking without slipping on a horizontal surface. It is a supplemental simulation for an article by Leaf Turner and Ari Turner "Asymmetric rolling bodies and the phantom torque" in the Am. J. Phys. 78, 905 (2010). The... Platforms: Mac

The Ejs Driven Diatomic Oscillator Chain model displays a one-dimensional diatomic chain of coupled harmonic oscillators with one end driven by an external force and the other end attached to a sliding rod shock absorber. The mass and Stoke's Law damping for the shock absorber are chosen to... Platforms: Mac