J. J. Corso N. V. / Smoovy Inc. / NET USA Inc / Micro Electromechanical Systems / IEEE Intl / TrueVision Inc. / J. Dumpert N. A. / FaulhaberGroup / W. W. Lau N. A. / Intuitive Surgical / Intel / KLEISS Gear Inc / / /
Facility
Columbia University / /
IndustryTerm
surgical imaging device / external stainless steel tube / surgical imaging / insertable surgical imaging systems / endoscopic grasping tool / surgical site / In-vivo stereoscopic imaging system / surgical tools / imaging device / internal imaging field / stereo camera device / surgical systems / computer technology / 3D imaging system / large imaging volume / camera device / imaging / 3D imaging effect / Stereo imaging devices / implemented prototype device / laparoscope imaging system / stereo device / stereo imaging device / insertable stereoscopic 3D imaging system / video imaging / intestine imaging / mainstream imaging device / camera imaging devices / 3D imaging / narrow imaging field / information-processing/control loop / insertable sensor technology / stainless steel tube / diagnostic tool / /
Organization
National Institute of Health / Medicine and Biology Society / Columbia University / New York / Department of Computer Science / Department of Surgery / /
Person
Karl Storz / Nancy J. Hogle / Tilt Tie Hu / Tejas Nadkarni / Peter K. Allen / Edmund Optics / Dennis L. Fowler / / /
Position
video CCD camera head / CCD Camera head / gear ratio head / hybrid controller / surgeon / assistant / /
Insertable Stereoscopic 3D Surgical Imaging Device with Pan and Tilt Tie Hu, Peter K. Allen, Tejas Nadkarni, Nancy J. Hogle and Dennis L. Fowler Abstract— In this paper, we present an insertable stereoscopic 3D imaging