AVANTI - ITEA 3 · AVANTI Test methodology for Virtual Commissioning based on behaviour simulation...
3
Project leader Thomas Bär - Daimler AG, Germany Email address project leader [email protected] Project website www.avanti-project.de AVANTI Test methodology for Virtual Commissioning based on behaviour simulation of production systems OBJECTIVES n Behavioural description of production lines and their individual components n Establishing formal test methods for Virtual Commissioning n Improving the liability and quality of production systems RESULTS n Detailed and standardized behaviour simulation of production equipment n Realistic physics-based production equipment simulation n Automated test generation & execution UNIQUE SELLING POINTS / BUSINESS VALUE n Holistic design and planning of industrial production n Cost reduction, shorter time-to-market n Efficient lifecycle management PROJECT SUMMARY Automated production lines integrate various mechanical, electronic and software components whose collective behaviour is crucial for proper functioning. To accelerate planning and commissioning and to detect potential malfunctions, said systems are designed and tested virtually. However, available tools are highly individual calling for novel standardized and comprehensive solutions, which was the aim of the project.
Transcript of AVANTI - ITEA 3 · AVANTI Test methodology for Virtual Commissioning based on behaviour simulation...
Project leader Thomas Bär - Daimler AG, Germany
Email address project leader [email protected]
Project website www.avanti-project.de
AVANTITest methodology for Virtual Commissioning based on behaviour simulation of production systems
OBJECTIVES n Behavioural description of production lines and their
individual components n Establishing formal test methods for Virtual Commissioning n Improving the liability and quality of production systems
RESULTS n Detailed and standardized behaviour simulation of production
equipment n Realistic physics-based production equipment simulation n Automated test generation & execution
UNIQUE SELLING POINTS / BUSINESS VALUE n Holistic design and planning of industrial production n Cost reduction, shorter time-to-market n Efficient lifecycle management
PROJECT SUMMARYAutomated production lines integrate various mechanical, electronic and software components whose collective behaviour is crucial for proper functioning. To accelerate planning and commissioning and to detect potential malfunctions, said systems are designed and tested virtually. However, available tools are highly individual calling for novel standardized and comprehensive solutions, which was the aim of the project.
Project leader Thomas Bär - Daimler AG, Germany
Email address project leader [email protected]
Project website www.avanti-project.de
AVANTITest methodology for Virtual Commissioning based on behaviour simulation of production systems
PROJECT CONSORTIUM START DATE NOVEMBER 2013 PROJECT DURATION 30 MONTHS
AVANTI PROJECT PARTNERS n Large companies (3) n SMEs (4) n Universities (2) n Research institutes (1)
WP1
: ana
lysi
s, re
quire
men
ts, s
cena
rios
WP2
: life
cyc
le m
anag
emen
t of b
ehav
iour
m
odel
s
WP7: dissemination and exploitation
WP8: project management
WP3: physics-based simulation
WP4: test generation and test execution
WP5: definition of infrastructure
WP6
: eva
luat
ion
base
d on
dem
onst
rato
rs
WORK PACKAGES OVERVIEW
Germany
Turkey
Finland
Project leader Thomas Bär - Daimler AG, Germany
Email address project leader [email protected]
Project website www.avanti-project.de
AVANTITest methodology for Virtual Commissioning based on behaviour simulation of production systems
control program
emulation behaviour simulation
visualization
request for tender with requirements
formalized requirements
test cases
automated test case execution
Coupling of Co-Simulation framework to traditional
and future (physics engine) software and integration of
advanced behaviour models as functional mock-up
units (FMU)
Automated test generation based on formalized
requirements and automated test execution by transparent integration into the existing
tool chain
Physics engine simulation for detecting and simulating
collisions of trolley components in a junction point and corresponding
physics analysis
DEMONSTRATORS
APPLICATION AREAS
