Runtime Analysis in AUTOSAR ECU Projects

Learn efficient runtime analysis techniques essential for successfully implementing AUTOSAR embedded software in ECU projects through this comprehensive 2-hour and 16-minute course from VECTOR. Explore timing problems and classes in AUTOSAR projects, comparing different classes of real-time analysis including sampling, statistics, and timeline approaches. Master scheduling trace detail levels and discover how to automate real-time analysis processes. Understand Logical Execution Time (LET) concepts for achieving deterministic behavior in embedded systems. Examine timing and performance considerations within software factory contexts and explore timing requirements in functional safety applications. Gain practical knowledge of timing verification using various trace solutions to ensure robust and reliable AUTOSAR-based automotive software implementations.

Syllabus

Runtime Analysis in AUTOSAR Projects - Timing Problems and Classes
Runtime Analysis in AUTOSAR Projects - Comparing Different Classes of Real-Time Analysis
Runtime Analysis in AUTOSAR Projects - Classes of Real-Time Analysis Sampling
Runtime Analysis in AUTOSAR Projects - Classes of Real-Time Analysis Statistics
Runtime Analysis in AUTOSAR Projects - Classes of Real-Time Analysis Timeline
Runtime Analysis in AUTOSAR Projects - Scheduling Trace Detail Level
Runtime Analysis in AUTOSAR Projects - Automatization of Real-Time Analysis
Logical Execution Time (LET) - LET's Get Deterministic
Timing and Performance in the Context of Software Factory
Timing in the Context of Fuctional Safety
Timing Verification With Different Trace Solutions