
Wenke K. developed foundational C-ITS simulation components for the MARS-Group-HAW/model-soh repository, focusing on modular backend architecture and geospatial data integration. Over four months, Wenke introduced a data-driven traffic light simulation layer, integrated real-time traffic signal data, and established robust API documentation using C#, Python, and JSON. The work included refactoring legacy components to decouple data and presentation layers, enabling easier future enhancements and supporting traffic signal prioritization features. Wenke also standardized documentation and improved onboarding materials, leveraging PlantUML for architectural diagrams. The engineering approach emphasized maintainability, clear data handling, and extensibility for evolving simulation and analytics needs.

January 2025: Delivered a data-driven Traffic Light integration and layer refactor, replaced the legacy CITSTrafficLightLayer, and completed a comprehensive documentation/branding refresh to improve onboarding and external communication. These changes enhance system flexibility for traffic signal prioritization (TSP), reduce coupling, and streamline future maintenance and feature delivery.
January 2025: Delivered a data-driven Traffic Light integration and layer refactor, replaced the legacy CITSTrafficLightLayer, and completed a comprehensive documentation/branding refresh to improve onboarding and external communication. These changes enhance system flexibility for traffic signal prioritization (TSP), reduce coupling, and streamline future maintenance and feature delivery.
Month: 2024-12. Focused on documentation standardization for external consumption and simulation architecture enhancements in the MARS-Group-HAW/model-soh repository. Delivered a distributable API reference and enhanced the simulation environment to improve accuracy and maintainability.
Month: 2024-12. Focused on documentation standardization for external consumption and simulation architecture enhancements in the MARS-Group-HAW/model-soh repository. Delivered a distributable API reference and enhanced the simulation environment to improve accuracy and maintainability.
Month 2024-11: Focused on provisioning geospatial data assets to support testing, visualization, and location-aware features in MARS-Group-HAW/model-soh. Key outcomes included two new geospatial data assets, improvements to data readiness, and a foundation for downstream analytics while maintaining a clean, traceable commit history.
Month 2024-11: Focused on provisioning geospatial data assets to support testing, visualization, and location-aware features in MARS-Group-HAW/model-soh. Key outcomes included two new geospatial data assets, improvements to data readiness, and a foundation for downstream analytics while maintaining a clean, traceable commit history.
Delivered foundational C-ITS simulation platform for MARS-Group-HAW/model-soh in October 2024, establishing end-to-end capability by adding the SOHC-ITSBox core, integrating it into the solution, and introducing the SOHTrafficSignalRealTimeBox with GIS data resources and simulation-oriented dependencies. Added shape-vector-layer resources to support GIS data modeling and updated the README to reflect changes, setting a solid groundwork for future modules and real-time data integration.
Delivered foundational C-ITS simulation platform for MARS-Group-HAW/model-soh in October 2024, establishing end-to-end capability by adding the SOHC-ITSBox core, integrating it into the solution, and introducing the SOHTrafficSignalRealTimeBox with GIS data resources and simulation-oriented dependencies. Added shape-vector-layer resources to support GIS data modeling and updated the README to reflect changes, setting a solid groundwork for future modules and real-time data integration.
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