Abstract
Silicone replicas and non-contact methods are effective in analysing the micrometric scale of the plateaus and furrows that forms the skin microrelief. Yet, a major drawback is the obligation to capture data in research facilities. Therefore, the capacities of a connected portable camera device, the SkinCam, was evaluated to analyse the skin microrelief in real-time and while subjects were living their regular daily life routine. The effect of moisturisers on microrelief was also analysed. From RGB data, 3D depth maps were constructed using shape from shading algorithms.
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