| Description |
An accurate system model is one that performs as expected and produces the desired results. To achieve this level of accuracy you must have a clear modeling goal. For example, will the model be used strictly for simulation, or for generating embedded C code?
This article describes five modeling techniques that can help ensure accuracy:
* Select the right modeling approach
* Know your system, understand its dynamics
* Monitor for unacceptable results
* Verify simulation results
* Understand modeling assumptions
The full article can be found here:
http://www.mathworks.com/company/newsletters/digest/2006/nov/patterns.html |
| Other Files |
absbrake_variable_step_solver.mat,
integration_is_a_filter.m,
license.txt,
modeling_discontinuites.m,
sldemo_absbrake_digest.mdl,
sldemo_absbrake_digest0.mdl,
sldemo_absbrake_digest1.mdl,
sldemo_absbrake_digest2.mdl,
sldemo_absbrake_digest3.mdl,
sldemo_absbrake_digest4.mdl,
sldemo_absbrake_digest4p1.mdl,
sldemo_absbrake_digest4p2.mdl,
sldemo_absbrake_digest5.mdl,
sldemo_absbrake_digest6.mdl,
sldemo_absbrake_digest7.mdl,
sldemo_absbrakeplots_digest.m,
sldemo_absbrakeplots_digest_solver_selection.m,
sldemo_absbrakeplots_digest_solver_selection_fixed.m,
sldemo_absdata_digest.m,
sldemo_wheelspeed_absbrake_digest.mdl,
solver_profiling.m,
solver_selection_plots.m
|
