Final event presentations

SORTEDMOBILITY: paving the way to decentralized traffic management  (Paola Pellegrini - univEiffel)  - pdf - video

Train self-organization for traffic management decisions (Vito Trianni - ISTC-CNR)  - pdf - video

Consideration of dynamic demand requirements for traffic management (Carlos Lima Azevedo - DTU)  - pdf - video

Joint simulation of rail passenger and operations and evaluation of self-organizing traffic management in different case studies (Paola Pellegrini - univEiffel)  - pdf - video

Industrial interpretation (Rémy Chevrier - SNCF)  - pdf - video

Recommendations (Egidio Quaglietta - TU Delft)  - pdf - video

Conclusion (Paola Pellegrini - univEiffel)  - pdf

Deliverables

D1.1 - Operational Principles and Key Performance Indicators for Self-Organizing Railway Operations

Lead benificiary: SNCF

D2.1 - Activity-Based Daily Travel Pattern Model

Lead beneficiary: DTU

D2.2 - Data-Driven Operational Prediction Model

Lead beneficiary: BDK

D3.1 - Design Choices for Self-Organizing Railway Operations

Lead benificiary: ISTC-CNR

D3.2 - Algorithms for Self-Organizing Railway Operations

Lead beneficiary: Univ. Eiffel

D4.1 - Data Exchange Format and Software Interfaces

Lead beneficiary: DTU

D4.2 - Integrated Platform for Assessing Self-Organizing Railway Operations

Lead beneficiary: TU Delft

D5.1 - Case Study Descriptions

Lead beneficiary: Univ. Eiffel

D5.2 Assessment of Self-Organizing Railway Operations and Recommendations

Lead beneficiary: TU Delft

D6.1 - Dissemination and Communication Plan

Lead beneficiary: Univ. Eiffel

D6.2 - Exploitation Plan

Lead beneficiary: BDK

D6.3 - Report on Dissemination, Communication and Exploitation activities

Lead beneficiary: Univ. Eiffel

D7.1 - Project, Data and Quality Management Plan

Lead beneficiary: Univ. Eiffel