This paper presents a comprehensive review aimed at gaining insights into the current state
of research on quantification technology used for acquiring three-dimensional (3D) point …

Discontinuity extraction and interpretation of fractured masses is of high importance when
analyzing rock slope stability. Regarding high-steep slopes, which are areas that are difficult …

The analysis of a digital rock cliff model, built by airborne photogrammetric data and infrared
thermal images, is herein presented as an alternative tool for rock mass study in restricted …

The irregular and sporadic occurrence of chromite pods in podiform chromite deposits
(PCD), especially in mountainous terranes with rough topography, necessitates finding …

Simple Summary Anatomy is regarded as a key element in medical and veterinary
education all over the world. It is a subject of voluminous and sometimes complex content …

For many applications (eg, surveillance and disaster response), situational awareness is
essential. In these applications, human body posture recognition in real time plays a crucial …

This work presents an integrated study approach that combines the results of a
geomechanical survey with data obtained using digital photogrammetry (DP), to assess …

This research evaluates the influence of various discontinuity data acquisition methods on
three-dimensional rockfall susceptibility assessments, employing a high-resolution 3D point …

This paper presents a novel, cost-effective method for a rapid and quantitative
characterization of discontinuities in fractured rock cliffs using Unmanned Aerial Vehicle …

The trajectory of falling rock is significantly affected by its shape. In order to capture the
falling rock shape, spherical harmonic function expansion method is used. The reasonable …