Learn how to use MATLAB for data analysis, modeling, simulation, optimization, and code generation for process automation in the energy sector.

To simplify this process, after you have finished editing any of the material properties from porous_flow_2D object, you can simply call the set_coefficients function to automatically have all these ...

Two files of codes are in this repo using Optical Flow for tracking feature points in images/videos in Matlab. image_track.m tracks points in two images. However, it does not perform well, maybe ...

Learn how to use MATLAB to design and test robust process control strategies for dynamic systems. Discover how to model, simulate, analyze, optimize, and validate your control systems.

Proportional integral derivative (PID) controllers are widely used in process control applications. For non linear systems such as flow process and multi-process control loops, PID controllers do not ...

Conventional DSP hardware design flows Figure 2 shows a general form of a typical DSP hardware design flow. DSP design has traditionally been divided into two types of activities – systems/algorithm ...

This project deals with the implementation of a process monitoring system using Arduino and MATLAB graphical user interface (GUI). One of the major application areas in instrumentation engineering ...

Block diagrams and signal-flow graphs are used to represent and to obtain the transfer function of interconnected systems. The reduction of signal-flow graphs is considered simpler than the reduction ...

Multi-instrument turbulence toolbox (MITT): Open-source MATLAB algorithms for the analysis of high-frequency flow velocity time series datasets ...