![]() As infrastructure development progresses, GNSS applications (such as real-time kinematic and unmanned aerial vehicles) require a reliable tropospheric model that works not only on the surface but also over broader operating heights to pre-correct delays. Such delays cause non-negligible errors in microwave-dependent techniques. This eventually forms complicated and diverse delays in satellite data (such as global navigation satellite system (GNSS) observations), particularly for the wet component. ![]() Tibet presents significant elevation changes, thus leading to extraordinary tropospheric conditions.
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