The ERASMO Project video
After the successful closing of ERASMO, a video has been made to highlight all the features of the development. You can watch it in its entirety here.
Philippe Bonnifait, research director of Heudiasyc, interviewed on French TV
Following the final demonstration of the ERASMO project, last 3rd of July, Philippe Bonnifait, head of Heudiasyc (UTC-CNRS), appeared on the show Tech & Co, la quotidienne on channel BFM Business, to speak about the project. The full section, conducted…
ERASMO Consortium Successfully Showcased its Cutting-Edge Automated Driving On-Board Unit in Live Event!
On June 26th, ERASMO will give a demonstration of the innovative on-board unit (OBU) it has been developing since the summer of 2021. The demonstration marks both the culmination of the ERASMO project, a collaborative consortium funded by the European…
ERASMO event: Smart localisation enabling safe navigation
A live demo of ERASMO’s on-board unit On June 26th, ERASMO will give a demonstration of the innovative on-board unit (OBU) it has been developing since the summer of 2021. The demonstration marks both the culmination of the ERASMO project,…
ERASMO Integration Week: building a localization system for ADAS
Over the past months, the ERASMO consortium has been building the separate components of an advanced localization system. In its final state, it will result in a vehicle on-board-unit (OBU). Each component has been rigorously tested and the individual functional…
ERASMO OBU is being tested in large-scale, real-world and dynamic environments
ERASMO OBU is being tested in large-scale, real-world and dynamic environments The ERASMO On-Board Unit will allow to determine the relative & absolute position of a #vehicle by leveraging on the perception #sensors available for #autonomousdriving and information stored in #navigation maps. One of the main problems faced…
The availability rate of signals is crucial for safety
The ERASMO On-Board Unit (OBU) will provide localisation estimates for the navigation of automated vehicles with the highest level of precision, integrity, and availability, by leveraging on the information received from Galileo, the European Union’s Global Satellite Navigation System (GNSS),…
ERASMO provides accurate and precise positioning
Accurate & precise positioning is doubtless the most essential geospatial measurement for any sort of mobile automation technique, all the more for autonomous vehicles that operate under highly dynamic & diverse circumstances. The ERASMO solution has the ambition to become…
The ERASMO project wishes everyone a happy New Year 2023!
The market for autonomous driving is still in its infancy and so is this year that has just started. Notable advances and prototypes are being showcased at high visibility industry events but the technology itself (or rather technologies) is technically…
Workshop on the Business Model
The ERASMO project recently organised an internal workshop involving all consortium members to define the ERASMO On-Board Unit (OBU) from a commercial point of view. The Lean Business Model Canvas served to open the discussion and to start thinking about…
The integration of the GNSS chipset into the ERASMO OBU design for data acquisition
The design of the ERASMO OBU is progressing, and we would like to share some insights into the data acquisition and the use of a Galileo compliant GNSS chipset. Users can expect a better performance and accuracy with the addition…
1 year into ERASMO – How is the project coming along?
The Erasmo project has successfully completed its first year thanks to the technical know-how, collaboration and contributions of the consortium partners. The automotive industry continues its transformation through the introduction of connectivity and vehicle automation, applications that are at the…
Kick-Off meeting
The ERASMO (Enhanced Receiver for Autonomous Mobility) project funded by EUSPA (European Union Agency for the Space Programme) was officially launched in June 2021. ERASMO is aimed at developing an on-board positioning device enabling fully autonomous driving. The project is…
