Abstract This paper summarizes recent research into current terrestrial laser scanners undertaken by the HafenCity University Hamburg and gives an assessment of geodetic accuracy latest generation scanners. Three separate independent test methods are presented to investigate geometric under laboratory conditions: (a) distance measurement b/w targets spheres on 20-m comparator track, (b) compari...

The pandemic of a new coronavirus infection, COVID-19, has challenged the health systems virtually every country in world. Health care administrators had to make quick and effective decisions ensure high quality medical conditions. need form reserve bed fund during was due load on city hospitals Moscow. Due this fact, temporary for COVID-19 patients were organized non-core facilities - ice aren...

The 3D geometry of an object can be captured very efficiently using a terrestrial laser scanner. By modelling and visualisation of these 3D data, it is possible to obtain vectorized geometric information of the object. Many users prefer to work on profiles, motivated by the handling of paper prints in the field by their own familiarization. Profiles extracted from laser scanner point clouds wil...

Morphometry of brain structures based on magnetic resonance imaging (MRI) data has become an important tool in neurobiology. Recent multicenter studies in neurodegenerative diseases raised the issue of the precision of volumetric measures, and their dependence on the scanner properties and imaging protocol. A large dataset consisting of 1073 MRI examinations in 843 subjects, acquired on 90 scan...

INTRODUCTION There is emerging evidence that brain atrophy is a part of the pathophysiology of Multiple Sclerosis (MS) and correlates with several clinical outcomes of the disease, both physical and cognitive. Consequently, brain atrophy is becoming an important parameter in patients' follow-up. Since in clinical practice both 1.5Tesla (T) and 3T magnetic resonance imaging (MRI) systems are use...