ST7. 3.1 UC_Electrical and functional integration of high dynamic e-drive system controls with time based vehicle control algorithm 39
ST7. 3.3 UC_Programming paradigms and SW architecture for embedded multi core hybrid powertrain and e-Drive control systems 39
ST7. 1.1 UC_Requirements and specification
ST7. UC_Define system architecture
ST7. 1.5 UC_Set-up and execute trials
1. Safety overview of a generic ADAS functionality
2. Enable migration and integration of existing ADAS sensors and components in multi-core environment
3. Migration of standard software within ADAS use The task constists of the following activities:
1. Build demonstrator on target platform
2. Manifest based safety specification of software components for reusable software integration
3. Migration from single-core to multi-core keeping previously qualified/defined properties based on results of WP3
4. Safety and reliability as a service based on results of WP3
5. Analytical approach for consolidation of vehicle function on a large scale software integrated system
6. Evaluation for later integration in automotive standards (e.g., AUTOSAR).
ST7. Situation awareness and HMI Relation to business needs: BN_WP7_T7.2_02, BN_WP7_T7.2_05, BN_WP7_T7.2_06 Relation to WPs: WP1. WP3, WP5 and other Use Cases of the Automotive Living Labs
ST7. Navigation and Decision-making Relation to business needs: BN_WP7_T7.2_02, BN_WP7_T7.2_05, BN_WP7_T7.2_06 Relation to WPs: WP1. WP3, WP5 and other Use Cases of the Automotive Living Labs
ST7. 3.1 UC_Electrical and functional integration of high dynamic e-drive system controls with time based vehicle control algorithm Relation to business needs: BN_T7.3_01, BN_T7.3_03, BN_T7.3_04, BN_T7.3_05 Relation to WPs: WP1, WP3, WP4 Relation to business needs: BN_T7.3_02, BN_T7.3_04 Relation to WPs: WP1, WP3 Relation to business needs: BN_T7.3_03, BN_T7.3_04, BN_T7.3_06 Relation to WPs: WP2
ST7. 4.1 UC_Requirements and specification of an ACC system architecture for advanced vehicles
ST7. 4.4 UC_Evaluation
