The typical positional accuracy provided by standalone GNSS is 3-10 meters, which is suitable for automotive applications such as navigation and emergency call.
With the emergence of high-precision GNSS, able to mitigate the influence of errors, sub-decimeter positional accuracy is possible and it becomes usable for more advanced applications such as C-V2X and autonomous driving.
However, there are many important aspects that should be considered when developing high precision GNSS receivers and using the service for safety-critical applications.
In this webinar, you will learn about:
- The basic principles of high precision GNSS
- How GNSS networks and error correction work
- Using high precision GNSS for automotive applications
- Testing high precision GNSS
