IVORY – ‘AI for Vision Zero in Road Safety’ is an industrial doctorates network, aiming to develop a new framework for the integration of AI in road safety and create a new generation of leading researchers in the field, in order to address the UN Sustainable Development Goals target 3.6 (halving the number of traffic fatalities by 2030) and EC ‘Vision Zero’ strategy (eliminating traffic fatalities by 2050). IVORY consists of 4 academic and 8 non-academic beneficiaries, as well as 8 associated partners, joining from engineering, data science and ethics of technology disciplines from 10 countries. It will train 13 researchers on new responsible AI applications for road user assistance and infrastructure safety management, and will create a sustainable learning and networking platform.

IVORY project selected for REA “AI” page

The IVORY project has been selected in the European Research Executive Agencies initial selection of projects to be presented in the REA “AI” page (https://europa.eu/!yKK9mF).

IVORY Kick off

Our #horizoneurope doctoral network "IVORY", coordinated by TU Delft | Technology, Policy and Management, had its kick off meeting this week in Delft! IVORY stands for "AI for Vision Zero in Road Safety" and it is an industrial doctorates scheme, i.e. a research and...

Doctoral Candidate 1.

How to implement justice in AI for road safety?

Host: TUD & RHDHV

Doctoral Candidate 2.

Explainable AI for road safety: benchmarking AI methods and data

Host: TUD & AGILYSIS

Doctoral Candidate 3.

AI for road safety in LMICs

Host: FPZ & AGILYSIS

Doctoral Candidate 4.

Road user profiling using multimodal data of naturalistic driving databases

Host: UH & CARDIO

Doctoral Candidate 5.

AI to mitigate driver distraction and drowsiness at different levels of automation

Host: TUD & PSA-LAB

Doctoral Candidate 6.

Learning from the whole spectrum of driver behaviour: from unsafe to optimal driving

Host: TUD & RHDHV

Doctoral Candidate 7.

Data fusion of traffic, behaviour & infrastructure for holistic driver assistance

Host: NTUA & OSEVEN

Doctoral Candidate 8.

Proactive risk mapping and infrastructure safety management

Host: NTUA & iRAP

Doctoral Candidate 9.

AI for road safety monitoring and crash prediction from micro- to macro levels

Host: NTUA & OSEVEN

Doctoral Candidate 10.

Using AI for the identification, monitoring and utilisation of a personalised self-learning safe route network for home-school trips

Host: UH & ABEONA

Doctoral Candidate 11.

AI for proactive safety detection using conflict techniques

Host: UH & CEGEKA

Doctoral Candidate 12.

Harmonisation and hybrid application of AI datasets for road safety

Host: FPZ & iRAP

Doctoral Candidate 13.

AI-aided BIM-based design for road infrastructure

Host: UH & RHDHV

Doctoral Candidate 14.

Road safety prediction on the basis of ethically sound physiological measurements

Host: NTUA & CARDIO

Doctoral Candidate 15.

Use of advanced AI Chat models for advising road authorities on Vulnerable Road User safety improvements

Host: FPZ & ABEONA

Partners

Supervisors

Prof. P. van Gelder
TUDelft

Prof. S. Roeser
TUDelft

Dr. E. Papadimitriou
TUDelft

Dr. A.P. Afghari
TUDelft

Dr. F. Santoni de Sio
TUDelft

Prof. G. Yannis
NTUA

Prof. E. Vlahogianni
NTUA

Dr. A. Ziakopoulos
NTUA

Prof. T. Brijs
UHasselt

Prof. A. Pirdavani
UHasselt

Prof. G. Wets
UHasselt

Dr. E. Polders
UHasselt

Dr. A. Neven
UHasselt

Dr. M. Ševrović
FPZ

Dr. M. Šoštarić
FPZ

Dario Babić
FPZ

J. Bradford
iRAP

M. Olyslagers
iRAP

R. Owen
Agilysis

C. Smith
Agilysis

Dr. S. Buffat
LAB

Dr. P. Fortsakis
OSeven

Dr. T. Jacobs
Cegeka

Dr. D. Janssens
Abeona

Dr. A. Lourenço
CardioID

O.Ovideo Trespalacios
TUDelft

P. Morsink
RHDHV

N. Prins
RHDHV

M. van der Linde
RHDHV