Trace-Based Vector MICROSAR Timing Analysis 2022 Edition

Under­stand­ing the tim­ing behav­ior of your appli­ca­tion is cru­cial to opti­miz­ing resource uti­liza­tion and per­for­mance and ulti­mate­ly meet­ing all safe­ty require­ments. This prac­ti­cal webi­nar will guide you through the steps to set up trace-based OS and RTE tim­ing analy­sis for your Vec­tor MICROSAR appli­ca­tion. You will learn to use the new iSYS­TEM trace con­fig­u­ra­tion helper GUI to con­fig­ure and gen­er­ate code to ana­lyze OS threads (Tasks and ISRs), RTE Runnables, and OS Spin­locks. Of course, we will also cov­er the bedrock of pro­fil­ing: CPU load analy­sis. Last but not least, we will demon­strate how to export the record­ed data into the new ARTI ASAM MDF4 for­mat for advanced pro­cess­ing in third-par­ty trace tools.
After watch­ing this webi­nar, you will be able to set up pro­fil­ing and get deep insights into the behav­ior of your Vec­tor MICROSAR appli­ca­tion in less than an hour.

Who:

Felix Mar­tin, Embed­ded Sys­tems Engi­neer, iSYS­TEM USA

About iSYSTEM

We empow­er embed­ded soft­ware engi­neers to do it right!

Our Blue­Box Tech­nol­o­gy stands for fast and easy micro­con­troller access via any kind of debug inter­face. Com­ple­ment­ed with inte­grat­ed develop­ment and test soft­ware winIDEA/testIDEA it pro­vides access to on-tar­get tim­ing infor­ma­tion. Embed­ded soft­ware engi­neers can review appli­ca­tion tim­ing, ana­lyze real-time oper­at­ing sys­tem states, and under­take code cov­er­age to prove that their prod­ucts do what they were built to do.