SAFE-UP’s new eLearning Platform

Enrol in one or more of the four courses:

1) Driver and pedestrian safety on the road

2) Driver and bicyclist safety on the road

3) Automated vehicles today and in the future

4) Getting to know the SAFE-UP demos

Deliverables

D2.4 Definition of the future use cases: scope and data to build digital twins of use cases

D2.5 Description of metrics for traffic interactions

D2.6 Use case definitions and initial safety-critical scenarios

D2.8 Analysis of simulation results and identification of future safety-critical traffic interactions

D2.13 Analysis of simulation results and identification of future safety-critical traffic interactions update

D2.14 Description of metrics for traffic interactions update

D3.1 Active safety system specification and risk analysis 

D3.2 Demo 2 (vehicle demonstrator for object detection in adverse weather conditions)

D3.3 Demo 3 (vehicle demonstrator for trajectory planning and control combined automatic energy braking and steering manoeuvres including system for VRU detection, motion planning and trajectory control to enhance real world performance)

D3.4 Demo 4 (system for on-time warning provisions to VRUs and drivers in critical conditions)

D3.5 Demo 2 (vehicle demonstrator for object detection in adverse weather conditions) update

D3.6 Demo 3 (vehicle demonstrator for trajectory planning and control combined automatic energy braking and steering manoeuvres including system for VRU detection, motion planning and trajectory control to enhance real world performance) update

D3.7 Demo 4 (system for on-time warning provisions to VRUs and drivers in critical conditions) update

D4.1 Use case definition

D4.2 Architecture of passive safety systems

D4.5 Passive safety systems physical demonstrator

D5.1 Requirements for impact assessment

D5.2 Impact assessment methodology

D5.5 Occupant models

D5.6 Overall SAFE-UP impact

D5.7 Test procedure proposals for EuroNCAP

D5.8 Impact assessment methodology update

D6.1 Training, education and awareness needs for VRU/URU safety in evolving mixed automated traffic

D6.2 Knowledge Translation, outreach, safety awareness 

D6.3 Knowledge Translation, outreach, safety awareness.

D6.4 Knowledge Translation, outreach, safety awareness update

D6.5 Training evaluation framework, material and results

D7.1 Project Dissemination strategy and plan 

D7.2 Project website and brand identity

D7.3 Roadmap: Holistic pathway towards CAVs

D7.4 Collection of newsletters and dissemination activities performed

D7.5 Position paper: New road safety challenges in future mobility