Ability to run multiple Simulink simulations using parsim

Ability to run multiple simulations in rapid accelerator mode using parsim with prebuilt Simulink models

Documentation: Running Parallel Simulations

Example: Parameter Sweep in Rapid Accelerator Mode

Ability to distribute pairwise alignments to a computer cluster using functions for progressive alignment of multiple sequences (multialign) and pairwise distance between sequences (seqpdist)

Documentation: Multiple Sequence Alignment

GPU support for a select list of System objects. These System objects execute on GPU (graphics processing unit) to improve performance by reducing simulation time and are among the most commonly used functionality in the product:

comm.gpu.LDPCDecoder
comm.gpu.ConvolutionalEncoder
comm.gpu.TurboDecoder
comm.gpu.ViterbiDecoder
comm.gpu.BlockDeinterleaver
comm.gpu.BlockInterleaver
comm.gpu.ConvolutionalDeinterleaver
comm.gpu.ConvolutionalInterleaver
comm.gpu.PSKDemodulator
comm.gpu.PSKModulator
comm.gpu.AWGNChannel

MATLAB Compiler Support for GPU System Objects

Documentation: Simulation Acceleration Using Graphics Processing Units (GPUs)

Examples:

Parallel execution support for functions in bag-of-words workflow including bagOfFeatures, bagOfFeatures.encode, trainImageCategoryClassifier, imageCategoryClassifier, and imageCategoryClassifier.predict

Documentation: Enabling Parallel Support with Computer Vision System Toolbox Preferences

Parallel computing support for tuning fixed-structure control systems with the looptune and systune commands

Documentation: Speed Up Tuning with Parallel Computing Toolbox Software

Release notes: Control System Toolbox

Parallel computing support for training and simulation

GPU support for training and simulation

Documentation: Parallel Computing on CPUs and GPUs

Release notes: Deep Learning Toolbox

Generating and building code in parallel using model blocks

Only available through interactive parpool sessions

Blog: Parallel Computing with Simulink: Model Reference Builds

Release notes: Embedded Coder

Simultaneous exploration of the solution space with single and multiple objective solvers. The multistart solver runs a gradient-based local solver from all starting points and can be run in parallel

Documentation:

Option in Batch Image Processor to improve performance with parallel processing. Set the “Parallel” button in the toolstrip to use this option.

Option in blockproc function to improve performance of block processing tasks. Set the ‘UseParallel’ argument to true to use this option.

GPU acceleration for popular image processing functions such as bwmorph, edge, imfilter, imdilate, imerode, imopen, imclose, imtophat, imbothat, radon, iradon, and imshow.

Documentation: Image Processing Toolbox

See GPU Computing section for a complete list of GPU-enabled functions

Use parfor to run MEX-files generated by MATLAB Coder in parallel

Only available through interactive parpool sessions

Parallel computing support for fitting multiple models to experimental data

Running of multiple optimizations in parallel

Documentation:

Parallel Model Building

Parallel Computing for Optimization

Documentation: Parallel Computing for Optimization

Example: Minimizing an Expensive Optimization Problem Using Parallel Computing Toolbox

Acceleration of clutter model simulation with parfor or GPU

Documentation: Constant Gamma Clutter Simulation on GPU

Example: GPU Acceleration of Clutter Simulation

Parallel computing support for tuning control systems with the looptune, systune, and hinfstruct commands for robustness against plant variation

Release notes: Robust Control Toolbox

GPU acceleration for xcorr, xcorr2, fftfilt, xcov, and cconv

Example: Accelerating Correlation with GPUs

Generating and building code in parallel using model blocks

Only available through interactive parpool sessions

Blog: Parallel Computing with Simulink: Model Reference Builds

Release notes: Simulink Coder

Parallel computing support for frequency response estimation of Simulink models

Documentation: Speeding Up Estimation Using Parallel Computing

Example: Speeding Up Frequency Response Estimation Using Parallel Computing

Release notes: Simulink Control Design

Parallel computing support for estimating model parameters, optimizing system response and sensitivity analysis

Article: Improving Simulink Design Optimization Performance using Parallel Computing (PDF)

Documentation: Speeding Up Response Optimization Using Parallel Computing

Use Parallel Computing for Sensitivity Analysis

Release notes: Simulink Design Optimization

Video: Speeding Up Design Optimization (5:11)

Parallel execution support using resampling functions: bootstrap, bootci, jackknife, crossval, lasso, lassoglm, plsregress, sequentialfs, treebagger

Parallel execution support for fitting multiclass support vector machines and other classifiers: fitcecoc

Support in RandStream class for generation of reproducible random streams in parallel across multiple workers through SubStream property

Parallel execution support for D-optimal design generation functions: candexch, cordexch, daugment, dcovary, rowexch

Parallel execution support for functions with multiple starting points: kmeans, kmedoids, nnmf

More than 90 GPU-enabled functions in Statistics and Machine Learning Toolbox, including probability distribution, descriptive statistics, and hypothesis testing

Documentation: