Gnss — Bernese

Designed for millimeter-level precision.

The primary computational engine is . It constructs zero-difference, single-difference, and double-difference carrier-phase combinations based on the application requirements. It solves for multiple parameter groups simultaneously: bernese gnss

By combining GNSS stations co-located with tide gauges, Bernese helps separate absolute sea level rise (from melting ice) from relative sea level rise (which includes local land subsidence). This is critical for IPCC climate models. Designed for millimeter-level precision