Accurately recognizing landslide deformation regions is important for understanding the
mechanisms of landslides and predicting landslide disasters. Using slopes in Dayu County …

Precipitable water vapor (PWV) with high precision and high temporal resolution estimated
by Global Navigation Satellite System (GNSS) is widely used in atmospheric research and …

Influenced by autochthonous geological conditions and external environmental changes,
the evolution of landslides is mostly nonlinear. This article proposes a combined neural …

The displacement of retaining structures can provide an analytical basis for assessing its
working condition. To address the shortcomings of conventional measurement techniques …

Expansive soils cause frequent surface deformation due to their expansion and contraction,
which is a serious engineering hazard, and long-term subsidence monitoring is a …

The determination of displacement warning thresholds is a difficult and crucial task for
landslide early warning, as it requires a deep understanding of displacement monitoring …

Accurate displacement measurement provides crucial information for evaluating the
structural health condition. It is important to note that both direct and indirect displacement …

We present a new Global Navigation Satellite Systems (GNSS) positioning approach that
utilizes low-rate Virtual Reference Station (VRS) data to achieve high-rate displacement …

Accurate integer ambiguity resolution (IAR) is pivotal for high-precision and high-reliability
Global Navigation Satellite Systems (GNSS) positioning. However, traditional IAR …

Due to expansive soils and high slopes, the deep excavated channel section of the China
South–North Water-Diversion Middle-Route Project has a certain risk of landslide disaster …