Efficiency Gains on All Levels
All of our systems and automatic evaluation methods
are designed to reduce the time and expense required for
measurement campaigns, thereby keeping costs down. For
example, measurement campaign drivers require a maximum
of four hours’ training to execute a complete campaign.
'Ystomers Fenefit Jrom a significantly sLortened reaction time
if functions do not work as expected. Data and quick reports
are available in real time in the minutes right after test, and only
if further analysis is needed they are available by the next day
at the latest. So, it is possible to adjust the application while the
measurement campaign is still running. This leads to a high
level of maturity while the software is still in an early stage.
All test results are easy to check and are presented in a clear
format, while statistics and error types are available immediately.
Automatic reporting and check routines keep the effort required
for manual data postprocessing to a minimum. Instead of
losing time when processing data, the team can concentrate
fully on evaluating the results. Another key advantage is data
consistency, which can also be applied to future projects. The
standardization of evaluation methods allows easier comparison
and benchmarking of new ADAS/AD systems.
AVL ADAS/AD Development Process - Integration
Standardized Data Will Be Required in the Future
Intelligent ADAS/AD functions will gain importance in the
years to come. For example, the implementation of machine
learning Jor aYtomatic detection oJ lane sTacing or traƾc signs,
and similar tasks, is a key trend for the immediate future. The
application of AI in this area permits double scrutiny of relevant
characteristics, even if too little information is available for a
traditional root caYse analysis. -n addition, eƾciency is JYrtLer
increased as the implementation requires only one driver
without a co-driver.
Developments like these will see the range of integration tasks
and tLe need Jor eƾcient :
: solYtions Jor tLe %(%7%(
sector continue to grow. Standardization is essential for
meeting current and future challenges. This requires an expert
partner like AVL, adding in-depth system knowledge from the
automotive sector to software expertise and the right tools for
tLe NoF.ɸ
- High-level use cases
and vehicle targets
- Requirement engineering
- System architecture and breakdown
- Component specification
- Functional safety
- Software design and architecture
- Software development
- Real world testing
- Proving ground testing
- ADAS feature calibration
- HW and SW integration
- ADAS system testing
- ADAS simulation (vehicle level)
- Software testing
- HiL and SiL
SYSTEM DESIGN
SYSTEM VERIFICATION
AND VALIDATION
Requirements Engineering
System Design and Development
Software Development
Vehicle Validation
System Integration
Software Integration
2024