Towards a Domain-specific Language for the Virtual Validation of Cloud-native Mobility Services
summary
Prototype domain-specific language generates runnable co-simulation setups from a concise scenario description, using Eclipse SUMO for traffic, Eclipse MOSAIC for orchestration and network/app simulation, and xtext for the editor. Example builds a restricted traffic zone where a roadside unit and cloud service block entry; generated SUMO and MOSAIC files and optional Docker images launch the testbed, but some in-vehicle app code and manual network tweaks remain, and current support targets only minimal SUMO-style scenarios.
AI-written summary · about
chapters (14)
- 0:00Intro
- 2:47Connect Vehicle Services
- 4:02Testing Strategies
- 7:00Challenges
- 7:37Model Based Description
- 9:01Frameworks
- 9:28Eclipse Mosaic
- 9:57XText
- 10:10DSL
- 12:12Use Case
- 12:50Architecture
- 13:17Configuration
- 14:40Conclusion
- 16:38Questions
related talks
17mA Co-Simulation Middleware: Virtual Testing of Automotive Applications with Multiple Simulators
24mLeveraging Eclipse SUMO and Eclipse MOSAIC
15mbuilding generic traffic models for SUMO
31mSDV Blueprints and Use Cases
15mSESAM: First Steps Towards SUMO in the Cloud
13mExtending SUMO for Lane-Free Microscopic Simulation of Connected and Automated Vehicles
24mTowards Smarter Intersections Through Digital Twins - The Coupling of SUMO and SCENIMINI
37mTextual and Graphical Languages for the Cloud Era
