In embedded systems, computation time and memory are critical resources.  Floating-point calculations require special floating-point units for efficient computation and this translates to... 続きを読む >>

Your model is someone else’s component.  The Model block
allows you to treat a Simulink model as a component within a larger system.  In this
post I will discuss the basic concepts of model
reference... 続きを読む >>

Today’s post is courtesy of my first guest blogger Tom Erkkinen, my colleague from the MathWorks office in Novi, Michigan! Ever try to compile code generated by Real-Time Workshop on... 続きを読む >>

After posting last week about Model Advisor enhancements for R2008b, I got this e-mail from my friend Salina: Seth! You didn’t even mention the help for each check! My apologies go to... 続きを読む >>

How do you check your model for common mistakes?  Do you have an easy way to verify that your model matches the MAAB (MathWorks Automotive Advisory Board) Control Algorithm Modeling Guidelines? ... 続きを読む >>

Simulink models present a schematic layout of your algorithm.  The diagram encodes information about the system in the form of block icons, data type annotations, and sample time colors.  In... 続きを読む >>

I am proud to announce the arrival of R2008b.  Simulink, Stateflow, and Real-Time Workshop have many important new capabilities to explore.  If you have not yet downloaded the latest release log... 続きを読む >>

Two weeks ago, I posted the Challenge: Metronome Synchronization.  The challenge was to model the synchronization of metronomes as observed in this video.
The results of the challenge tell an... 続きを読む >>

I haven’t seen much activity on the Metronome Synchronization Challenge, so I want to provide a peak at the basis for my solution.  I took the approach of modeling a pendulum, and then linking its... 続きを読む >>

My good friend Doug, formerly of Pick of the Week fame, sent me an e-mail last week with the subject “Model this.”  The message contained nothing more than a link to a video.  Doug started a new... 続きを読む >>