matlab-app
There are 0 repository under matlab-app topic.
USNavalResearchLaboratory / corrosion-modeling-applications
Collection of MATLAB and C# applications for modeling and analyzing corrosion data.
Language:MATLAB 8- pumpkin-designer
MATLAB-Graphics-and-App-Building / pumpkin-designer
A simple app for interactively designing pumpkins.
Language:MATLAB 3 devosmitachatterjee2018 / DataCleaningTool
A cooperative data cleaning standalone application.
Language:MATLAB 2khairuladib94 / matlab-app-licensing
WIP 🚧: Provides licensing system for apps developed using MATLAB App Designer.
Language:MATLAB 1LeTechie / Vaayu
This application calculates the signal loss by considering Atmospheric Attenuations & Free Space Path Loss
Language:MATLAB 1- Language:HTML 1
prashpratik / state-estimation-using-kalman-filter
Implementation of Kalman filter for state estimation
Language:MATLAB 1wgsalasa / Risk-Management-Dashboard
2021 PRIMA Risk Management Challenge: Creation of a working dashboard derived from the National Australia Bank case reporting both the risk and performance of an options market making desk.
Ebrutokgoz / Sound-Synthesis-with-FM-in-MATLAB
Matlab app created for the examination of sound and signals generated by FM synthesis technique.
Language:MATLABharshb910 / Interface-to-determine-Brewster-angle-for-different-cases
Assume a y-polarized uniform plane wave ( Ei, Hi) is incident at an angle of incidence theta(i) from medium 1 ( er1,ur1 ) on medium 2 ( er2,ur2 ) at x=0. Plot the instantaneous expressions of total fields E1(= Ei+ Er), H1(= Hi+ Hr), E2(=Et ),H2 (=Ht ) of the wave in media 1 and 2, respectively. Consider both parallel and perpendicular polarizations separately. Determine the Brewster angle for different cases. The parameter values will be provided from user-end.
Language:MATLABLucaZepponi / wild_mosquito_population_controls
This repository contains the code (and the figure) needed to build a MATLAB app useful for developing strategies for controlling a wild mosquito population. The implementation of the dynamical system describing the evolution of mosquitoes is based on the work of Claire Dufourd and Yves Dumont.
