Jul 10, 2020 · In this study, we experimentally investigate the stability of an algorithm in which an incision-shaped virtual liver swiftly tracks an incision- ...
Jul 19, 2020 · Increasing the number of lamps improved the stability of depth-depth matching in the steepest descent algorithm because the lamps did not emit ...
This study experimentally investigated the stability of a virtual liver dissection configuration following a real liver in an operating room equipped with ...
Jul 19, 2020 · As a result, deeply incised livers have superior depth-depth matching stability. In addition, even when using occlusion to simulate actual ...
Stability Maintenance of Depth-Depth Matching of Steepest Descent Method Using an Incision Shape of an Occluded Organ ... Authors: Miho Asano; Tomohiro Kuroda ...
Increasing the number of lamps improved the stability of depth-depth matching in the steepest descent algorithm because the lamps did not emit in the infrared ...
Sep 19, 2024 · Stability Maintenance of Depth-Depth Matching of Steepest Descent Method Using an Incision Shape of an Occluded Organ. Chapter. Jul 2020.
Stability Maintenance of Depth-Depth Matching of Steepest Descent Method Using an Incision Shape of an Occluded Organ · Miho Asano · Tomohiro Kuroda · Satoshi ...
60-61, 2014. [13] M. Asano et al., “Stability maintenance of depth-depth matching of steepest descent method using an incision shape of an occluded organ,” M.
Stability Maintenance of Depth-Depth Matching of Steepest Descent Method Using an Incision Shape of an Occluded Organ · Engineering, Medicine. HCI · 2020.