Simulation

• Prepare Model Inputs and Outputs
  Define external interfaces for input data and control signals, define output signals for viewing and recording simulation results
  
• Configure Simulation Conditions
  选择求解程序,设置初始条件,选择输入data set, select variants, set step size
  
• Run Simulations
  Simulate models Interactively or in batch mode, create repeatable simulations with SimState, run Monte Carlo simulations.
  
• View and Analyze Simulation Results
  View simulation results to prototype and debug models, inspect and compare data from multiple simulations to validate designs
  
• Test and Debug Simulations
  Improve simulation accuracy, manage and diagnose simulation errors
  

Featured Examples

Four Hydraulic Cylinder Simulation

This example shows how to use Simulink® to create a model with four hydraulic cylinders. See two related examples that use the same basic components: single cylinder model and model with two cylinders and load constraints. Note: This is a basic hydraulics example. You can more easily build hydraulic and automotive models using Simscape™ Driveline™ and Simscape Fluids™.

Open Model

Simulation of a Bouncing Ball

This example shows how to use two different approaches to modeling a bouncing ball using Simulink®.

Open Model

Parallel Simulations Using Parsim: Parameter Sweep in Rapid Accelerator Mode

This example shows how to run multiple simulations of a Monte Carlo study in parallel by using Parallel Computing Toolbox™. Parallel execution leverages the multiple cores of your host machine to run many simulations more quickly. These simulations could also be run in parallel on computer clusters using the MATLAB Distributed Computing Server™. This example will work even if the Parallel Computing Toolbox™ or the MATLAB Distributed Computing Server™ is not available, but the simulations will run in serial.

Open Script