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Bernard Meade

3D Telemedicine and Video Conferencing Using High-Speed Networks

The National Broadband Network (NBN) is now beginning its roll-out around the country.  As a consequence many people are beginning to investigate innovative ways to utilise this increased bandwidth.   At the same time, there is increasing pressure to justify personal travel as a consequence of the need to be “green”.  Video conferencing technology thus stands out as a promising solution in both cases.  An example is in the area of tele-medicine - remote-patient diagnosis.  Particularly in rural areas, the travel requirements on clinicians and/or patients can be quite onerous, and, in extreme cases, have adverse clinical outcomes.  Standard video conferencing however has proved to be insufficiently accurate.  High-definition video options have improved this situation considerably, yet the experience is still far short of the physical presence of a patient.  While 3D displays have been available for some time, it is only recently that they have become a commodity item.  Combining these with a high-definition video conferencing system, high-speed networks such as we find in the NBN, and relatively cheap consumer level 3D cameras now available, we have the prospect of a real solution that will enable the next step forward in remote Telemedicine.  Being able to see a patient in high-definition, real-time 3D will enable a remote clinician to make a more accurate and confident diagnosis.

Beyond the Telemedicine application, 3D video conferencing may well replace high-end 2D video conferencing.  Just as the improvement in quality from low-resolution standards such as H.261 to full HD solutions available with H.323 systems and high-definition Skype, has made video conferencing a viable alternative to travel. In many cases, the immersion provided by 3D takes a video conference a significant step forward, greatly enhancing the sense of co-location. 

Our project investigates the technology required to facilitate 3D video conferencing with particular emphasis on its application to Telemedicine, where we see the most significant benefits. 

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Bernard Meade's Biography
Bernard Meade is responsible for Visualization and Collaboration Tools as a part of ITS Research Services at the University of Melbourne. Shortly after the launch of OzIPortal in 2008, Australia's first OptIPortal, Research Services took over operational management of the facility with Bernard as Technical Lead for the project. Bernard is also actively involved with several high-definition video conferencing projects including 3D Telemedicine and Remote Presence.