Most PID tuning rules are based on the assumption that the plant can be approaximated by a first-order plus time delay system. This code explains why this assumption is valid and how to
Most PID tuning rules are based on first-order plus time delay assumption of the plant hence cannot ensure the best control performance. Using mordern optimization techniques, it is
The PID controller is the most widely used controller in various engineering systems. However, appropriately tuning a PID controller is not an easy task althrough it has only three
The following example illustrate the change in peak time, settling time and percent overshoot as the poles of a 2nd order system move horizontaly, vertically and with fixed angle on the
This demo is uses MATLAB to develop and test a simple trading strategy using an exponential moving average.
This demo expands on the previous demo to incorporate a larger, intraday trading set (loaded from a database). More data implies more calculations, so we use Parallel Computing Toolbox to
This demo is an introduction to using MATLAB to develop a simple trading strategy using an exponential moving average.
This demo shows how functionality within Econometric Toolbox can be used to identify and calibrate a simple, intraday pairs trading strategy.
Previously, we developed a back testing framework to calibrate a simple trading strategy to intraday data. In this demo we'll use extend the approach to three signals: MA, RSI, and Williams
Illustrates the steps involved in integrating MATLAB and QuickFIX/J
This is a simple demonstration to highlight making use of .NET Assemblies directly in MATLAB.
Show how to set up a listener and callback for a change in price. Note that X_Trader is a 32-bit application and will only work with 32-bit Windows installations of MATLAB.
Authors: M. A. Rafe Biswas, Samuel Ogletree, Shan Mohammed
Populates a table with market depth information as the prices update. Note that X_Trader is a 32-bit application and will only work with 32-bit Windows installations of MATLAB.
Create an order and submit it. Note that X_Trader is a 32-bit application and will only work with 32-bit Windows installations of MATLAB.
This example was authored by the MathWorks community.