Telerobotic Surgery Systems / Telemedical Networks / Military Telesurgical Robot Systems / Teleoperated Robotic Systems / Rescue Robotic Systems / N. Dowler / Vinci / Cyber-Physical Systems / Intuitive Surgical Inc. / /
Country
United States / /
Currency
USD / /
Event
FDA Phase / /
Facility
Research Institute / C. Hall / Imperial College / Tokyo Institute of Technology / Clinic Found. / Bryn Mawr Hospital / /
Holiday
St. Joseph / /
IndustryTerm
laparoscopic equipment / airborne wireless radio link / robotic surgical device / wireless network / strict product / basic infrastructure / session initiation protocol / medical and underwater applications / robotic systems / robotic device / data-driven processing techniques / satellite networks / evidentiary tool / Wireless Telesurgery Communications / mining / policy applications / remote operator / cyberphysical systems / human operator / real-time monitoring / communication network / telesurgical robot systems / communication networks / light-weight software-attestation tool / /
NaturalFeature
Mojave Desert / /
Organization
Minimally Invasive Surgery Using Force / Imperial College / Bryn Mawr Hospital / Research Institute / American Medical Association / FDA / Tokyo Institute of Technology / /
Person
C. Pellegrini / J. Brown / Bryn Mawr Hosp / T. Schauss / M. Lum / Raven II / C. Doarn / Gagner / C. Richards / T. Lendvay / Tamara Bonaci / Howard Jay Chizeck Abstract Teleoperated / D. Friedman / B. Harnett / M. Buss / E. Steinbach / G. Gilbert / G. Sankaranarayanan / V / See J. Rosen / Endoscopy / M. Solazzo / R. Satava / T. Broderick / Marescaux / Aaron Alva / A. Wright / J. Kammerl / G. Sankaranarayanan / M. Sinanan / Intuitive / D. Glozman / L. Chang / B. Hannaford / A. Yoo / L. Miller / J. Rosen / T. Low / H. King / Jeffrey Herron / /
Position
surgeon control stations / King / surgeon / field engineer / /
Product
Protocol21 / /
ProvinceOrState
Washington / Kitsap County / Florida / /
PublishedMedium
The Journal of the American Medical Association / /