Mechatronics / Amsterdam / Systems / Pasadena / Cambridge / London / /
Company
Engineering/Health Care Partnership / Body Sensor Networks / Phee L S J. Wireless / Ubiquitous Health Care Systems / Swain P. Wireless / 2009 IEEE/ASME International / New York Times / Teleoperator Systems / Jovanov E. Wireless / Implantable Body Sensor Networks / IOS Press / SmartPill Corporation / Energy / National Academy Press / Neural Systems / Higher Education Press / Agency for Science / Olympus / IEEE Transactions / Wearable Electronics / MHz Medical Implant Communication Services / /
Continent
North America / /
Country
Canada / Macau / China / Italy / Singapore / / /
Event
Reorganization / /
Facility
Stanford University / University Press / Institute of Medicine / Medical Implant Communication System / University of Florida / Beijing Jiaotong University / California Institute of Technology / University of California / Nanyang Technological University / Taiwan University / /
IndustryTerm
sensor fusion algorithms / system software support / haptic feedback device / wireless capsule endoscopy / information/communication technologies / force feedback device / actuators technologies wireless communication systems / wireless systems / healthcare applications / treatment of gastrointestinal disorders / personalized biomedical devices / wireless biomedical sensor networks / Optical systems / sought after devices / Personal biomedical devices / kinesthetic systems / local processing / wireless body area network / system engineering tools / energy / mobile computing / Wireless radios / non-invasive solutions / lightweight protocols / daily healthcare / personal devices / wireless haptic glove design / robotic sensing systems / wireless sensor/actuator / Healthcare industry / miniature biomedical devices / sensor networks / power management / wireless capsular endoscopy / skin stretch devices / application software / tissue-interactive devices / ingestible devices / rotational micro biopsy device / lessexpensive solution / wireless band / metal oxide semiconductor / wireless body area sensor network / similar applications / physical therapy applications / Wireless communication Wireless communication / non-intrusive and intrusive biomedical devices / context-aware computing / biomedical devices / intrusive and non-intrusive devices / medical technology research projects / force feedback devices / rst wireless endoscope / haptic technology / wireless communication / sensor network / wireless capsule endoscope system / haptic device / assistive devices / context-aware computing platform / capsule endoscopy systems / mechatronic device / application specific solution / personalized biomedical device / networks technologies / vibrotactile devices / medical devices / biomedical applications / data mining / tactile devices / wireless sensor networks / maneuverable vision systems / haptic devices / wireless capsule endoscopes / healthcare / mechanical systems / healthcare systems / technology trend / kinaesthetic-like systems / micro-electro-mechanical systems / Wireless capsule endoscope / outside network / ingestible medical devices / context recognition systems / stable software / healthcare system / low power wireless transceiver analog front-end / software development tools / secure and reliable wireless communication / system technology / wireless technologies / health care applications / healthcare services / electronics / healthcare solutions / functional devices / implanted biosensor networks / in-body medical applications / healthcare application / high processing capabilities / at delivering healthcare solutions / /
surgery / physical therapy / robot-assisted surgery / Biological therapies / /
MusicAlbum
Building a Better / /
MusicGroup
ISM / /
OperatingSystem
TinyOS / /
Organization
University of California / Taiwan University / Media Development Authority of Singapore / Singapore Polytechnic / Medicine and Biology Society / Nanyang Technological University / Singapore / Chee Kian LIM School of Mechanical and Aerospace Engineering / ASIC / US National Academy of Engineering / FDA / Intelligent Systems Center / California Institute of Technology / Harvard / Institute of Medicine / IEEE / School of Mechanical and Aerospace Engineering / Stanford University / Printed Circuit Board / School of Mechanical / Nanyang Technological University / University of Florida / Division of Mechatronics & Design / Agency for Science / Technology and Research / Beijing Jiaotong University / Beijing / Intelligent Systems Center in NTU / /
Person
Chee Kian Lim / Chen X. Physiological / Ming Chen / A. Paolo Dario / Soo Jay / Kathryn Barnard / Zhiqiang Luo / Abbas Y. Touch / Soo Jay Phee / Rossi D. Strain-sensing / /
Position
physician / King / Professor / Associate Professor / manager of a few medical technology research projects / Editor-in-Chief / trainee nurse / General Chairman / Director / external controller / Lecturer / principal investigator and program manager / member / /
Product
Tao / Swain P. Wireless capsule / Eliakim R. Capsule / J. Wireless capsule / /
ProgrammingLanguage
K / J / /
ProvinceOrState
California / Alberta / Florida / /
PublishedMedium
New York Times / Journal of Micromechanics and Microengineering / IEEE Sensors Journal / Computer Graphics / /
SportsLeague
Stanford University / /
TVStation
WBAN / /
Technology
Neuroscience / lightweight protocols / 1.3 Embedded systems Embedded system technology / operating system / integrated circuits / key enabling technology / cryptography / drug delivery / MEMS / wireless technologies / sensor fusion algorithms / semiconductor / information/communication technologies / biosensors / virtual reality / medical robotics / PCB technology / machine learning / ASIC / mobile computing / Radio Frequency / data mining / VR technology / simulation / 4.1 Enabling technologies / networks technologies / /
Front. Mech. Eng. 2011, 6(1): 3–12 DOIs11465z FEATURE ARTICLE I-Ming CHEN, Soo Jay PHEE, Zhiqiang LUO, Chee Kian LIM