Master AUTOSAR OS with TASKING

The com­plex­i­ty of AUTOSAR based appli­ca­tions has increased con­tin­u­ous­ly over the last decade. With more func­tion­al­i­ty run­ning on a sin­gle micro­con­troller it is more impor­tant than ever to have a good under­stand­ing of the tim­ing behav­ior of these appli­ca­tions.

These webi­na­rs offer an exten­sive under­stand­ing of dif­fer­ent tim­ing-analy­sis tech­niques via hard­ware trac­ing in oper­at­ing sys­tems ETAS-RTA and Vec­tor MICROSAR.

AUTOSAR Clas­sic

AUTOSAR Classic Timing Analysis — Hardware Trace Based Real-Time Analysis

An overview over dif­fer­ent tim­ing-analy­sis tech­niques, hard­ware trace based AUTOSAR OS and RTE pro­fil­ing, and how to uti­lize these approach­es for dif­fer­ent use-cases.

More
ETAS-RTA Oper­at­ing Sys­tem

ETAS RTA-OS Profiling

A detailed look into the OS and RTE pro­fil­ing, start­ing with the “Hello, world!” of tim­ing-analy­sis – Run­ning Task/ISR trace, and more com­plex use-cases such as task state and Runnable pro­fil­ing.

More
Vec­tor MICROSAR Oper­at­ing Sys­tem

Non-Intrusive AUTOSAR OS and RTE Profiling of Vector MICROSAR Applications

Record the OS and RTE behav­ior with­out instru­men­ta­tion; recon­struct task states by record­ing dif­fer­ent OS vari­ables with Pro­fil­er Inspec­tors; con­fig­ure the steps via iTCHi — TASKING Trace Con­fig­u­ra­tion Helper.

More
Vec­tor MICROSAR Oper­at­ing Sys­tem

AUTOSAR OS and RTE Profiling of Vector MICROSAR Applications with Instrumentation

Record Runnable events with instru­men­ta­tion via the VBF trace hooks; record task states and ISRs via the Vec­tor OS tim­ing hooks; con­fig­ure the steps via iTCHi — TASKING Trace Con­fig­u­ra­tion Helper.

More
Scroll to Top