Automatically modeling and intelligently monitoring composite tunnel structures is of great
significance considering the development of composite and diverse tunnel construction …

High-accuracy deformation analysis of composite structures is an important topic in the field
of civil engineering and increasing attention is given to geometry-based analytical model …

This paper presents a B-spline-based shape reconstruction approach for electrical
impedance tomography (EIT). In the proposed approach, the conductivity distribution to be …

The choice of an appropriate metric is mandatory to perform deformation analysis between
two point clouds (PC)—the distance has to be trustworthy and, simultaneously, robust …

A B-spline level set (BLS) based method is proposed for shape reconstruction in electrical
impedance tomography (EIT). We assume that the conductivity distribution to be …

With the development of city constructions, tunnels are becoming important structures for
underground transportation. Tunnels constitute layered composite structures with concrete …

The establishment of the terrestrial laser scanner changed the analysis strategies in
engineering geodesy from point-wise approaches to areal ones. During recent years, a …

The terrestrial laser scanning technology is increasingly applied in the deformation
monitoring of tunnel structures. However, outliers and data gaps in the terrestrial laser …

Deformation monitoring of structures is a common application and one of the major tasks of
engineering surveying. Terrestrial laser scanning (TLS) has become a popular method for …

Due to the increased use of areal measurement techniques, such as laser scanning in
geodetic monitoring tasks, areal analysis strategies have considerably gained in importance …