McGovern Institute / Millersville University / Massachusetts Institute of Technology Media Lab Consortium / Massachusetts Institute of Technology / Harvard University / /
IndustryTerm
noninvasive imaging technique / image processing toolboxes / Magnetic resonance imaging technology / magnetic resonance imaging / resonance imaging / printing material / conventional socket technology / manufacturing technology / rapid prototyping technology / socket manufacturing / imaging / object manufacturing / 3D printing / printing / data processing / computer-aided manufacturing / magnetic resonance imaging techniques / 3D imaging / manufacturing / 3D printing technology / inkjet printing techniques / 3D printing material / prosthetic socket attachment hardware / metal base / /
Organization
Harvard University / Institute of Technology Media Lab Consortium / Medicine and Biology Society / Massachusetts Institute of Technology / American Academy of Orthotists and Prosthetists / Millersville University / Committee on the Use of Humans / MIT Media Lab. / US Federal Reserve / McGovern Institute for Brain Research / /
Person
Gerald Berberian / David Moinina Sengeh / Steve Shannon / Hugh Herr / Arch Phys Med / Bob Emerson / Spence W. Ultrasound / Christina Triantafyllou / David Hill / /
Position
fibula head / trained prosthetist / prosthetist / /
ProvinceOrState
Alaska / South Dakota / Pennsylvania / Massachusetts / /
A Variable-Impedance Prosthetic Socket for a Transtibial Amputee Designed from Magnetic Resonance Imaging Data David Moinina Sengeh, MS, Hugh Herr, PhD ABSTRACT