October 28th, 2016 was held in Rome on the Mid Term Review of the H2020 RHINOS project funded by the GSA for the design of innovative LDS GNSS architectures for the railway sector.
![[cml_media_alt id='2424']stanford prof eng[/cml_media_alt]](https://www.radiolabs.it/wp-content/uploads/2016/10/stanford-prof-eng.jpg)
![[cml_media_alt id='2374']presentazione2[/cml_media_alt]](https://www.radiolabs.it/wp-content/uploads/2016/11/presentazione2.jpg)
![[cml_media_alt id='2375']presentazione[/cml_media_alt]](https://www.radiolabs.it/wp-content/uploads/2016/11/presentazione.jpg)
![[cml_media_alt id='2386']presentazione3[/cml_media_alt]](https://www.radiolabs.it/wp-content/uploads/2016/10/presentazione3.jpg)
October 28th, 2016 was held in Rome on the Mid Term Review of the H2020 RHINOS project funded by the GSA for the design of innovative LDS GNSS architectures for the railway sector.
Positioning with high accuracy, integrity and resiliency is a mandatory requirement for autonomous and automatic vehicles with GNSS a key technology to guarantee the high levels of safety for the ERTMS train control system and the CCAM for the connected
Positioning with high accuracy, integrity and resiliency is a mandatory requirement for autonomous and automatic vehicles with GNSS a key technology to guarantee the high levels of safety for the ERTMS train control system and the CCAM for the connected
Four members of the RadioLabs Board of Directors named for the World’s Best Scientists Radiolabs, a non-profit public-private consortium, has created over the years a research and talent team to translate innovation into commercialization by leveraging the collaboration between the
Powered by FCW © 2024
