A Graphical User Interface for Solving Delay Differential Equations and doing Local Search by Soumya Banerjee

A GUI for solving a set of delay differential equations (DDEs) and local search for best solutions (biotech, statistics, data import)

odesolver_outline

...

dde_auto_fit

Monte Carlo Markov Chain for inferring parameters for an Ordinary Differential Equation model by Soumya Banerjee

This function uses a Monte Carlo Markov Chain algorithm to infer parameters for an ODE model (biotech, data export, data import)

mcmc_ode

analyze_mcmc(parallel)

test_gamma()

ClusterInfo by Raymond Norris

Used for passing parameters to third party schedulers (distributed, pct, mdcs)

(Sealed) ClusterInfo

Triangular Distribution Parameters - tridist_pars by Marc Stettler

Calculates the min and max of a positive triangular distribution given a standard deviation. (statistics, simulation, modeling)

tridist_pars(sigma)

Triangular Distribution Tranformation - trirnd by Marc Stettler

trirnd computes a set of triangularly distributed random variables given input numbers in [0,1]. (simulation, statistics, mathematics)

trirnd(trimin,trimax,trimode,rvs)

Back forward sweep algortihm for radial distribution systems by Yella

Backward/ forward sweep algorithm for three-phase load-flow analysis of radial distribution systems. (optimization, simulation, distributed)

backwardforward.m

Simple Buck DC DC Converter Model by Mohamed Ali Alaswed

A simple simulation model for Power Electronics students, teachers and enthusiasts. (buck converter, stepdown, control design)

Mohamed_Alaswed_Buck

Getting Started with Parallel Computing using MATLAB by Arjav Chakravarti

This is an older version of the introductory tutorial for running parallel MATLAB applications (cluster, parallel computing to..., multicore)

testParforJob

testTask(x1,x2)

getMyJob.m

Create Google Calendar event with SMS and Email notification by Ofir Perry Bibi

A simple tool to create an event with notifications in a Google Calander. (google, calendar, notify)

result=gcaleventor(userName, password, title, content, loca...

GCDExample.m

sinspace by Sky Sartorius

Generates a sine-spaced vector with elements clustered at one of the two endpoints (clustered, clustering, sine)

sinspace(d1, d2, n, factor)

cosspace by Sky Sartorius

Generates cosine- or acos-spaced vector with elements clustered or sparse at the endpoints (cosine, spacing, spaced)

cosspace(d1, d2, n, factor)

Matlab PCT integration with RTDA by Winston Yu

This is the Matlab PCT integration with RTDA based on generic scheduler interface (rtda, parallel, distributed)

copyDataFromCluster(localLoc, remoteLoc, clusterHost)

copyDataFromCluster(localLoc, remoteLoc, clusterHost)

copyDataToCluster(localLoc, remoteLoc, clusterHost)

LINSPACE3: linearly spaced vector defined by three points by Sky Sartorius

Generate a vector as linearly spaced as possible while still including three defined points. (distributed, linspace, logspace)

linspace3(d1, tar, d2, n)

taskMap: show your distributed computing tasks by Ben Tordoff

charts completed and running tasks for a distributed computing job for each worker (parallel computing to..., parallel computing, distributed)

taskMap( job, varargin )

Parallel Producer-Consumer for MATLABPOOL by mevans

Provides a simple interface to the MATLABPOOL with functionality similar to PCT PARALLEL_FUNCTION. (pct, matlabpool, distributed)

...

example_pforfun(Nrow, Ncol, Nop)

parGetNumLabs

Parallel Communication for MATLABPOOL by mevans

These functions offer communication with the MATLABPOOL similar to that provided by the PMODE GUI. (parallel, distributed, pct)

parClient2Lab(clientVariable, labs, labVariable)

parLab2Client(labVariable, labs, clientVariable)

parRunOnLabs(command, isBlocking)

Job Estimator by Doug Hull

Estimates how long a job will take on a comput cluster of various sizes (monte carlo, dct, distributed)

jobEstimate(taskLengths, efficiency, numWorkers)

mainGui(varargin)

plotTasks( job, figHandle)

Enhancing e-Infrastructures with Advanced Technical Computing: Parallel MATLAB® on the Grid by Arjav Chakravarti

code exercises for M11 tutorial at SC08 (distributed processin..., parallel computing, sc08)

Exercise1_SimBio_parfor

Exercise3_SimBio_jobs

Exercise5_batch_parfor

Curtains by Nicolas Petit

Real-time simulation of waving sliding curtains. (simulation, distributed, physics)

curtains.m

Water tank by Nicolas Petit

Real time simulation of shallow water equations in a moving glass of water (gui, demo, physics)

circ_tank.m

Submit MATLAB functions to a cluster by Volkmar Glauche

Run MATLAB functions on a gridengine/torque/PBS cluster (pbs, gridengine, cluster)

RUN MATLAB COMPUTATIONS ON A SUN GRIDENGINE CLUSTER

qsub_check_finish(tob, tev, jobfilename, outfilename, flagf...

qsub_run_cm(jobfilename, outfilename, flagfilename)

Use handle classes to model dependencies between computation steps by Volkmar Glauche

Trigger computations in one object once computation results from other objects become available. (demo, distributed, modeling)

Schedule dependent computations

cfg_item

Visual Timing Report for Distributed Tasks by Jos Martin

Create a visual representation of when and where each task in a distributed computing job executes. (distributed processin..., parallel computing, distributed)

plottasks( jmName, jobName )

Java Web Example Guide End To End Chapter by Joe

This is the source files for the example discussed in the Java Web Example Guide End To End Chapter (biotech, mathematics, gui)

getMagic(x)

getMagicWebFigure(x)

Accelerating a Geospatial Application Using MATLAB Distributed Computing Tools by Linda Webb

Using four computers, researchers reduced run-time for a computationally intensive application. (whitepaper, article, paper)

DCTOOL by Tim Farajian

Graphical interface useful for displaying the status of a distributed computing network. (distributed processin..., parallel computing, distributed)

dctool(varargin)

pointonsphere by Leevan Ling

Put N uniformly distributed points on unit sphere. (differential equation..., uniformly, distributed)

pointonsphere(N)

pointincircle by Leevan Ling

Put N uniformly distributed points in unit circle. (differential equation..., circle, distributed)

pointincircle(N)