3D digital models of the upper limb anatomy represent the starting point for the design
process of bespoke devices, such as orthoses and prostheses, which can be modeled on …

Low-cost RGB-D cameras are increasingly being used in several research fields, including
human–machine interaction, safety, robotics, biomedical engineering and even reverse …

In recent years, breakthroughs in the fields of reverse engineering and additive
manufacturing techniques have led to the development of innovative solutions for …

RGB-D cameras have become common in many research fields since these inexpensive
devices provide dense 3D information from the observed scene. Over the past few years, the …

Reverse engineering and the creation of digital twins are advantageous for documenting,
cataloging, and maintenance control tracking in the cultural heritage field. Digital copies of …

In the field of rehabilitation, the 3D scanning of body parts can be considered a crucial
starting point for subsequent 3D model design of customised devices, especially when …

In the rehabilitation field, the use of additive manufacturing techniques to realize customized
orthoses is increasingly widespread. Obtaining a 3D model for the 3D printing phase can be …

Currently, virtual reality is presented as a solution to the difficulties for teaching and training
in industrial processes in the technical area, so a virtual environment was developed where …

The 3D reconstruction of upper limb anatomy plays a significant role in many biomedical
fields such as ergonomics, motion rehabilitation, and prosthesis design. In the last few years …

Accurately reconstructing 3-D hand shapes of patients is important for immobilization device
customization, artificial limb generation, and hand disease diagnosis. Traditional 3-D hand …