A Comunicação Não-Verbal: especial relevância à função espaço-território da (comunicação) proxémica"

Aristotle said "Man is a social animal," that does not know how to live isolated and need interaction with their peers. Over several millenniums the man was found many ways to communicate – from smoke signals to sign language or even writing – and this need not slowed down over the years, instead of this, became increasingly glaring. Communication has become increasingly imperative in our lives. But the communication has long ceased to be seen merely as a transmission of words. Nowadays, in the today's society, the man relates to others through two levels: verbal and non-verbal. These two dimensions of communication arise often together, completing or in opposition to, even if the human being does not realize it. Proxemics, as one of the areas covered in Non-Verbal Communication is responsible for studying the distances and proximities that are between people and spaces and how each of us do to protect and defend their personal territory. Will be the Gender, Age, Profession or the Barriers to Communication able to significantly influence the proxemic? The present study will answer to these questions.

Assessment of 3D scanners for modeling Pectus Carinatum corrective bar

Pectus Carinatum (PC) is a chest deformity consisting on the anterior protrusion of the sternum and adjacent costal cartilages. Non-operative corrections, such as the orthotic compression brace, require previous information of the patient chest surface, to improve the overall brace fit. This paper focuses on the validation of the Kinect scanner for the modelling of an orthotic compression brace for the correction of Pectus Carinatum. To this extent, a phantom chest wall surface was acquired using two scanner systems – Kinect and Polhemus FastSCAN – and compared through CT. The results show a RMS error of 3.25mm between the CT data and the surface mesh from the Kinect sensor and 1.5mm from the FastSCAN sensor

Assessment of 3D scanners for modeling pectus carinatum corrective bar

Pectus Carinatum (PC) is a chest deformity consisting on the anterior protrusion of the sternum and adjacent costal cartilages. Non-operative corrections, such as the orthotic compression brace, require previous information of the patient chest surface, to improve the overall brace fit. This paper focuses on the validation of the Kinect scanner for the modelling of an orthotic compression brace for the correction of Pectus Carinatum. To this extent, a phantom chest wall surface was acquired using two scanner systems – Kinect and Polhemus FastSCAN – and compared through CT. The results show a RMS error of 3.25mm between the CT data and the surface mesh from the Kinect sensor and 1.5mm from the FastSCAN sensor.