medical education and the lambda grid parvati dev, phd stanford university summit lab parvati dev,...
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OverviewOverview
Problems faced by medical educationTechnology as one solutionWhere is networking going in medical
education
Advanced Distributed Learning
Problems faced by medical educationTechnology as one solutionWhere is networking going in medical
education
Advanced Distributed Learning
Exponential growth of medical knowledge
Exponential growth of medical knowledge
MD degree still 4 yearsOne year internship2-5 years specializationMaybe a fellowship
MD degree still 4 yearsOne year internship2-5 years specializationMaybe a fellowship
Students are multichannel, multitasking
Students are multichannel, multitasking
•Web surfing
• Instant messaging
Interaction
•Mobile phone
•Music
Audio
•Television
•Web lecture
Visual
OverviewOverview
Problems faced by medical educationTechnology as one solutionWhere is networking going in medical
education
Problems faced by medical educationTechnology as one solutionWhere is networking going in medical
education
Why technology ? Why technology ?
Content
Virtual hospital
CDs, Internet, Databases
Simulations
Books, Lectures
Practice
Precertified on procedure
See one, do one, teach one
Some technologies
Rich media and video with “presence”
“Feeling” at a distance - hapticsSimulation of medical situations Games and multiplayer gaming
Video for remote learning Video for remote learning
Collaboration - Net MeetingCollaboration - Net Meeting
Video for remote learning Video for remote learning
Yesterday’s video from Keio University
Yesterday’s video from Keio University
Used when training in the real situation is• Unsafe• Too Expensive• Inefficient• Non-standardized• Unavailable elsewhere
Used when training in the real situation is• Unsafe• Too Expensive• Inefficient• Non-standardized• Unavailable elsewhere
Immersive simulation based learning ?
Immersive simulation based learning ?
Team based learning - with manikin
Team based learning - with manikin
• Patient under anesthesia lapses into cardiac arrest
• Patient under anesthesia lapses into cardiac arrest
OverviewOverview
Problems faced by medical educationTechnology as one solutionWhere is networking going in medical
education
Problems faced by medical educationTechnology as one solutionWhere is networking going in medical
education
Networking and medical education
Networking and medical education
Next Generation Internet• Supported the applications above• Gigabit, QoS, multicast
Scalable Information Infrastructure• Applications adapt to network “weather”
Grid computing and grid storageLambda grids
• “Infinite” bandwidth• Ready to move to this level
Next Generation Internet• Supported the applications above• Gigabit, QoS, multicast
Scalable Information Infrastructure• Applications adapt to network “weather”
Grid computing and grid storageLambda grids
• “Infinite” bandwidth• Ready to move to this level
Requirements for educationRequirements for education
Must support collaboration• via IP?• Across lambdas?
Multicast???Allow application level query of network
parameters• Allow application to adapt if necessary
Must be easily supported on campus
Must support collaboration• via IP?• Across lambdas?
Multicast???Allow application level query of network
parameters• Allow application to adapt if necessary
Must be easily supported on campus
Global Medical EducationGlobal Medical Education
Public health information needs worldwide network - SARS epidemic
Similarly, medical education needs a global view:• Global Development Learning Network
(GDLN - World Bank)• MedNET (India)
Public health information needs worldwide network - SARS epidemic
Similarly, medical education needs a global view:• Global Development Learning Network
(GDLN - World Bank)• MedNET (India)
MedNET India
Broadband networkLink medical schools, hospitals, public health centersFor
Tele-educationTelehealthBio-informaticsResearch Grid
MedNET India MedNET India Supercomputing
in IndiaResearchChannel
Internet2Fiber donor
IEEAF
Healthsciences
http://summit.stanford.edu/
Funded by:NLM, NHLBI, PATH, Wallenberg
Fdn, Yamazaki-Yang Fdn,and others