Development of new imaging device capable of scanning 3D models of surfaces in HD began in 2013 within the diploma thesis of Adama Chromy, supervised by prof. Ludek Zalud.
Since this year it is also carried out research on the precise reconstruction of 3D models using laser scanners within research centres CEITEC (ongoing) and the ICRC (until 2015).
Since 2016 we cooperate on the European project ASTONISH, which realizes the extension and modification of the basic RoScan concept for application in healthcare.
Accurate thermal imaging surface models of the human body allow in some cases to replace the very expensive imaging methods such as MRI or CT.
The precise computer model of patient’s body surface covered by the temperature information allows us observing of inflammation centres, monitoring of necrotic tissue or very accurate measuring of various spatial parameters (swelling volume, muscle increase, topological parameters, etc.).
Team
 prof. Luděk Žalud, Ph.D.
Leadership of research team ASTONISH Use Case 1C |
 Adam Chromý
Project administration, software design, high-level programming |
 František Burian, Ph.D.
Programming of low-level layers |
 Lukáš Kopečný, Ph.D.
Mechanical design, dimensioning |
 Karel Horák, Ph.D.
Camera calibration and 3D texture mapping |
 Petra Kocmanová, Ph.D.
Testing and verification of device parameters |