Rekursive Erweiterte Fehlerquadrate-Identifikationsmethode by Abdelmonem Dekhil

Die Rekursive Erweiterte Fehlerquadrate-Identifikationsmethode dient zur Systemparameterschaetzung. (system identification, modeling, data exploration)

rels_systemidentification(y,u,na,nb)

Lloyd's Algorithm by Aaron Becker

Starts with a point set, repeatedly moves each point to centroid of Voronoi cell. (lloyds algorithm, simulation, robot coverage)

lloydsAlgorithm(Px,Py, crs, numIterations, showPlot)

FELICITY by Shawn Walker

Finite ELement Implementation and Computational Interface Tool for You (finite element method, modeling, mathematics)

Coarse_Square_Codim_1()

CompareFiles(File1,File2)

Convert_Interp_script_to_MEX(Main_Dir,Iscript,MEX_FileName)

Design and Simulation of a Stove by Abdelmonem Dekhil

Design and Simulation of a Dynamic System (modeling, system identification, simulation)

[u,y,koef,lamda]=systemdesign(N,optu,optrn,por)

spin echo simulation by Maxim Vedenyov

NMR, 90,180 deg rotations (spin, echo, nmr)

h=create_3d_arrow(r,v,varargin)

w=update_3d_arrow(h,r,v,varargin)

test_res_many.m

K means clustering for Image Compression by Vinay Kumar Tadepalli

K-means clustering is a popular vector quantization method for data compression. (image processing, demo, mathematics)

Kmeans_Pre_Post.m

kmeans_clustering.m

Image_kmeans_main.m

Super Mario Bros. Demo by Mingjing Zhang

A playable demo of Super Mario Bros. World 1-1 with background music (gui, image, animation)

stl_mario_main()

Super Mario Bros. Demo

DC Motor open and closed loop analysis by Rakesh Mandal

Used for design analysis of DC Motor (gui, simulation, physics)

brushless_dc_motor(varargin)

SIMULATION OF PULL-IN EFFECT IN MEMS CAPACITOR USING GUI IN MATLAB by piyush kant

near the 2/3rd of total gap between the plates the response of the mems capacitor gets unstable. (mems, capacitor, simulation)

piyush(varargin)

sim1(varargin)

sim2(varargin)

Ideal Gas Simulation by Ligong Han

This function simulates the behavior of ideal gas (including pressure, temperature and momentum). (physics, game, simulation)

IdealGasSimulation

SphereCollider(balls,ball_pos,ball_v,varargin)

fermats_room

Greyboxeval - Model quality evaluation by Bill Whiten

For models residues=model(data,parameters) with data sets at different experimental conditions (modelling, simulation, model testing)

[A,info]=greyboxbuild(condfn,resfn,data,vndata,optn)

[X,y,r,info]=greyboxcore(condfn,resfn,data,vndata,optn)

[p,pscale,pbase,c]=parcalc(condfn,data,idata,A)

Spark Ignition Engine GUI by Rakesh Mandal

computer program for thermodynamic engine model for a spark ignition engine. (automotive, si engine simulation, si engine matlab gui)

si_engine_simulation(varargin)

sz_comb(th,xr,ths,thb)

sz_massf(P0,T0,Pv,k,R,A,ws)

GUI for analyzing the effect of PID gains by Rakesh Mandal

To analyze the response of various combination of PID gain on system performance. (automotive, pid controller, simulink)

PID_cc_gain_effects(varargin)

cruisedyn(v, u, gear, theta, m)

cruise_pid_testing

Sphere Collider by Ligong Han

This is a simple physics engine for simulating sphere collision. (simulation, demo, physics)

SphereCollider(balls,ball_pos,ball_v,varargin)

combination(m,n,r)

Turbojet Engine Simulation by Rakesh Mandal

compute gas turbine engine performance under varying operating condition. (aerospace, gui, simulation)

CombustorFunction ( m1 , T1 , p1 , mfuel , p_eff , Eff , Hf...

CompressorFunction ( m1 , T1 , p1 ,PR , Eff , gamma , Cpa )

ExhaustFunction ( m1 , T1 , p1 , PR , Eff , gamma )

Zernike radial polynomials via Kintner's method by Mohammed Sadeq Al-Rawi

Fast computation of Zernike radials (digital image process..., signal processing, simulation)

zernike_radial_polynomials_kintner(n, m, r)

Interactive Finite Difference Time Domain Toolbox by Soeren Schmidt

2-dimensional FDTD-Toolbox (Yee Grid,Matrix based,current like sources,PML boundaries, GUI based) (fdtd, finite difference tim..., simulation)

B=pmlerw(M,w)

Startsimulation

checkepsmu

Sim.I.am by Jean-Pierre de la Croix

A MATLAB-based educational bridge between theory and practice in robotics. (robotics, control design, simulation)

GetArg(S, Name, Default)

ParseArgs(Args, varargin)

findjobj(container,varargin)

March Madness Bracket Picker by Simon

Tell MATLAB to make your March Madness picks for you! (march madness, simulation, silly)

MarchMadness

Example of Sharfetter-Gummel (SG) and Improved SG algorithm by Vasily Kozhevnikov

Explains how to use SG and ISG-0 routine for drift-diffusion flux reconstruction FV schemes. (finite volume, method of lines, sharfettergummel)

Kulikovsky_SG_ISG0

RGDS_Practical_Guide by Ronald/Daniel

The location for programs linked to the book <title> that will be published 2013. (simulation, pharmaceutical)

concmod(regimenType, numSubjects)

Contemporary Communications Systems Matlab Files by Omar Ruiz

Matlab Files in this book (signal processing, simulink, simulation)

[M,m,df]=fftseq(m,ts,df)

[Rx]=Rx_est(X,M)

[X]=gaus_mar(X0,rho,N)

Rigid Body Project by Ferat Bulatov

The project demonstrates a rotation of a rigid body about a fixed point. Author: Ferat Talat oglu (mathematics, simulation, modeling)

About(varargin)

RBAnimation(varargin)

RBInputData(varargin)

Model-in-the-Loop for Embedded System Test (MiLEST) preliminary version by Justyna Zander

This is a draft preliminary version of the MiLEST Framework for eduction purpose. (automotive, simulink, demo)

Mask_Shut_off(varargin)

ReqName_callback(block)

ReqName_callback(block)

BER of M-QAM over Rayleigh channel by Sourav Mondal

This program gives simulated results of BER over Rayleigh fading channel. (communications, data import, data export)

QAM_rayleigh(M, EbNodB)

qam_run.m

N-Dimensional Trapezoidal integral by Mohammed Sadeq Al-Rawi

See title. (communications, biotech, image processing)

trapezoidal_rule_nd_integral(x, mat, N)

3D Trapezoidal Rule by Mohammed Sadeq Al-Rawi

This program can be used to find any triple integral, even if one has some empirical data. (mathematics, simulation, image processing)

trapezoidal_rule_triple_integral(x, y, z, mat)

2D trapezoidal rule by Mohammed Sadeq Al-Rawi

Calculates a double integral using trapezoidal rule. (optimization, double integral, signal processing)

trapezoidal_rule_double_integral(x, y, mat)

Generate synthetic fMRI data by Jeremy Manning

This program is useful for debugging fMRI analyses and models. (nifti, brain, data)

generate_data(meta,X,SNR,TR,sim_hemodynamics,outfile,vararg...

make_nii(varargin)

save_nii(nii, fileprefix, old_RGB)

Aerial Recovery Concept Demo (Gauss's Principle) by Liang Sun

Demonstrate the concept of aerial recovery of miniature aerial vehicles using a towed-cable system. (aerospace, control design, simulation)

cable_drogue_dynamics(t,x,u,flag,P)

camera(t,x,u,flag,P)

drogue_guidance(uu,P)

The Gravity Perturbed Hohmann Transfer by David Eagle

MATLAB script for solving the Hohmann transfer problem perturbed by non-spherical Earth gravity. (aerospace, mathematics, simulation)

[fid, alt1, alt2, inc1, inc2, raan1, jdutc0, gst0, ...

atan3 (a, b)

brent (f, x1, x2, rtol)

Simultaneous Plant and Control Design of an Active Automotive Suspension Using Direct Transcription by James Allison

A toolbox for using Direct Transcription to perform combined plant and control design. (aerospace, automotive, control design)

...

calc_state_constraints(t, xd, xu, stateCon)

calc_zdot(x, z, v)

A MATLAB Script for Predicting the Evolution of Lunar Orbits by David Eagle

Script for propagating lunar orbits subject to non-spherical lunar gravity and third-body gravity. (aerospace, mathematics, simulation)

[fid, jdutc0, oev1, tdur, lgrav mgrav, iearth, isun, gravfn...

atan3 (a, b)

eci2orb1 (mu, r, v)

Solitary Water Wave by Didier Clamond

Solitary gravity wave solution of the free surface Euler equations (mathematics, simulation, physics)

SolitaryGravityWave(Fr,Z,PF)

Cuckoo Search (CS) Algorithm by Xin-She Yang

A standard Cuckoo Search is implemented, which is very efficient. There are three versions now. (levy flights implemen..., optimization, natureinspired algori...)

[bestnest,fmin]=cuckoo_search(n)

[bestnest,fmin]=cuckoo_search_new(n)

[bestsol,fval]=cuckoo_search_spring(time)

Decentralized Feedback Zero Forcing Equalizer by Alex Dytso

Describes implementation of decentralized feedback zero forcing equalizer. (communications, wireless, simulation)

simDFEZF

SINR-based k-coverage probability in cellular networks by H. P. Keeler

Calculating the k-coverage probability with Poisson process-based cellular network models. (sinr, coverage probability, cellular networks)

CovPFade=funProbCovFade(tValues,betaConst,x)

In=funIn(betaConst,n,x)

Jn=funJn(Tn,betaConst,n,numbMC)

A MATLAB Script for Predicting Transits of Mercury and Venus by David Eagle

Local circumstances of solar transits of the planets Mercury and Venus. (mathematics, simulation, astronomy)

aberat (pos1, ve, tlight)

angles (pos)

applan1 (tjd, ujd, l, n, topo, glon, glat, ht)

A MATLAB Script for Predicting Lunar Occultations by David Eagle

Predict the local circumstances of lunar occultations of a planet or star. (aerospace, mathematics, simulation)

aberat (pos1, ve, tlight)

angles (pos)

applan1 (tjd, ujd, l, n, topo, glon, glat, ht)

A MATLAB Script for Predicting Lunar Eclipses by David Eagle

Predicting the local circumstances of lunar eclipses. (mathematics, simulation, astronomy)

aberat (pos1, ve, tlight)

angles (pos)

applan1 (tjd, ujd, l, n, topo, glon, glat, ht)

A MATLAB Script for Predicting Solar Eclipses by David Eagle

Predict local circumstances of solar eclipses. (astronomy, mathematics, simulation)

aberat (pos1, ve, tlight)

angles (pos)

applan1 (tjd, ujd, l, n, topo, glon, glat, ht)

MatLabPiano by Alex Dytso

This is a simple code that generates music by pressing keys. (demo, simulation)

MatLabPiano

Apparent Coordinates of the Moon, Sun or a Planet by David Eagle

MATLAB script that can be used to compute the apparent coordinates of the Moon, Sun or a planet. (aerospace, mathematics, simulation)

aberat (pos1, ve, tlight)

angles (pos)

applan1 (tjd, ujd, l, n, topo, glon, glat, ht)

Ballistic Interplanetary Trajectory Design and Optimization by David Eagle

A MATLAB Script for Ballistic Interplanetary Trajectory Design and Optimization (aerospace, mathematics, simulation)

atan3 (a, b)

becl2000(ntarg, jdate)

eci2orb1 (mu, r, v)

Task Scheduler beta by vincent changala

This GUI application makes possible to schedule a set of tasks using classical scheduling protocol. (simulation, gui, scheduling)

CalculateGUI( handles )

DrawOptions(varargin)

TaskScheduler(varargin)

Differential Drive and Global Positioning Blockset v2.0 by Jahanzeb Rajput

This blockset is for modeling and visualization of the dynamics of differential drive vehicle robot. (simulation, differentials, vehicle robot)

[sys,x0,str,ts]=navigate(t,x,u,flag,velocitya,loada,velocit...

DifferentialDriveVehicleRobotDemo

diffgp

Graphics Display of the Orbital Characteristics of the Moon by David Eagle

MATLAB script which graphically displays the orbital characteristics of the Moon. (aerospace, mathematics, simulation)

atan3 (a, b)

cspice_furnsh(file)

cspice_unload(file)

A MATLAB Script for Predicting Orbital Events of the Moon by David Eagle

A MATLAB script named levents.m that can be used to compute important orbital events of the Moon. (aerospace, mathematics, simulation)

apmoon_func(x)

apmoon_prt(jdtdb)

atan3 (a, b)

Equations of motion to state space by michael arant

Converts set of equations of motion (symbolic format) into state space matrices (x_dot = A*x + B*u) (state space, symbolic, equation of motion)

eom2ss(eq,x,dx,U)

eom2ss_symbolic_example1(s)

eom2ss_symbolic_example1(s)

Trapezoidal Integration by Aravazhi Anbarasu

Simple and intuitive numerical integration based on trapezoidal rule. (data import, data export, control design)

int_trapz(X,Ts)