Augmented and Virtual Reality
We are interested on developing an interactive surgical communication platform based on augmented reality technology for clinical remote assistance in real time. To develop this communication platform, novel methods of image processing, deformable models, reduced order models, haptic devices and AR systems will be developed. The objective of this reseach area is to develop advanced methods for Interactive Surgical AR systems through the generation of new dynamic (deformable) virtual anatomical models and haptic devices.
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This technology may allow surgeons, especially in open surgeries, to have at their disposal at the time they wish, or permanently, the visualization of key elements in the operation such as tumors, especially sensitive vessels or similar, in order to increase the efficiency of the operation, avoiding damages, reiterations or searches now little preventable or even essential.
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