ASVIC
SECURE ARCHITECTURE FOR THE SMART, CONNECTED VEHICLE
Challenge
The main challenges that are being faced by the ASVIC
The development of driver assistance and autonomous driving systems aimed at improving performance based on maximizing the safety, flexibility and comfort offered by the power of AI based techniques and software modelling.
The development of communication systems for the exchange of information vehicle to vehicle (V2V) and vehicle to infrastructure (V2I) through the use of communications networks with high speed and very low latency (5G and 6G networks) that allow the development of safe driving.
Solution
The General Objective of the ASVIC project is to advance knowledge and generate the technological pillars of an advanced ADAS system through a comprehensive and planned research on an advanced and secure architecture for connected intelligent vehicles in limited design operational domains (ODDs) that make it possible to achieve an L4 level of automation.
Sigma Cognition is centering its participation on the definition of a simulation platform for this kind of environment which will allow generation of data sets to design and improve ADAS and perception AI models.
Results
The project has defined two pilots in Valladolid and in Palencia Renault Plants for transport and logistic applications respectively. These pilots will be the means for demonstrating the technologies developed in the project.
Funding
This project receives funds from the CDTI, a Science, Innovation and Universities Ministry organization.
Partners
The Renault Group is leading and five other partners are collaborating in different areas.
