Revolution on the streets: New V2X technology for safe driving!

Revolution on the streets: New V2X technology for safe driving!

Es gibt keinen spezifischen Ort oder Adresse des Vorfalls in dem bereitgestellten Text. - The future of autonomous driving is not only exciting, but also full of challenges. But what happens when companies and research institutes bundle their strength to deal with these challenges? This is exactly what happens in South Korea, where the Electronics and Telecommunications Research Institute (ETRI) works on groundbreaking technologies for cooperative autonomous driving services.

Cooperative technology for all road users

Korean researchers specialize in the development of basic technologies that enable safe and efficient communication between vehicles, transport infrastructure and mobile networks. ETRI leads this project that aims to expand security services not only for specialized vehicles, but also for all road users, including pedestrians. The result should be significantly improved efficiency and safety in road traffic. According to Newswise creates a uniform platform that is different in different communication types such as vehicle-to-infrastructure (V2I), Vehicle-to-pedestrian (V2P) and vehicle-to-network (V2N) integrated.

etri has set itself ambitious goals. The development comprises three main services: cooperative driving, cooperative cognition and remote control. This means that the technology is able to exchange data in real time in order to be able to react better to risks such as pedestrians or other traffic accidents. There is great focus on the safety of pedestrians and the general road users. The technology is said to have the potential to drastically lower the number of accidents and reduce traffic jams in urban areas.

VISION-LANGUAGE models for improved perception

Another interesting aspect of development is the introduction of a new end-to-end frameworks called V2X-VLM, which was based on Vision-Language models and was presented by Junwei You and a team of researchers. In an article published on Arxiv , it is explained how this technology merges heterogeneous visual and semantic information in order to enable a more comprehensive understanding of the driving environments. The innovative approach uses multi -perspective camera perspectives and text -based scene descriptions to optimize precise trajectory planning.

By improving the semantic understanding of complex traffic scenarios, V2X-VLM can master the unique challenge of autonomous driving more efficiently and has already achieved remarkable accuracy in tests. The researchers report a significant reduction in the collision rate and the L2 error compared to existing methods.

simple communication for more security

In addition to the technical innovations in Korea, there are also progress in Europe in the field of cooperative intelligent transport systems (C-iTs). The exchange of digital radio messages between networked road users and the infrastructure are made possible. As the bsi not only aims to improve the traffic flow from, but also the increase in traffic safety and the prevention of accidents.

The introduction of warning systems for construction sites and traffic jams as well as the transmission of traffic drawing data to vehicles are in the foreground in order to provide drivers important information in good time. IT security also plays a central role here: All C-IT messages are signed digitally to ensure the integrity of communication.

FAZIT

Developments in the field of cooperative autonomous driving technologies show that research, technology and practicality have to go hand in hand. South Korea and Europe are in the process of setting standards for traffic safety that go far beyond local solutions. While ETRI lays the foundation for future autonomous systems, C-ITs in Europe guarantee that these systems can communicate reliably and safely. It remains exciting to see how these technologies will continue to ripple in the coming years and change our everyday life.