Videocalling device developed at uni potentially groundbreaking
A POSSIBLE breakthrough in video calling has been developed at the University of Otago.
As an information science PhD student in Dunedin, Jacob Young developed a prototype device, and a new way to talk to people over a video call which overcomes limitations of current video calling.
Dr Young, now a postdoctoral research fellow at the Computational Media Innovation Centre at Victoria University of Wellington, created a prototype where a 360degree camera strapped to the back of a phone creates a 3D model of the room a caller is in.
The model that was created over the course of the call allowed another user to virtually move around the room the other caller was in, creating a more immersive, collaborative experience, Dr Young said.
Originally from Gore, Dr Young spent seven years in Dunedin before defending his PhD in July.
The prototype he developed over his time in the city, nicknamed ‘‘mobileportation’’, has been said to potentially be the next step in virtual communication.
The prototype developed at the university was not ready for the market, but he believed in the work’s potential, Dr Young said.
‘‘It’s really about making prototypes for a purpose.
‘‘It’s partly just making cool stuff, because everyone wants to do that, but it’s also what can you do with that cool stuff?
‘‘What kind of experiences can I enable with that cool stuff?’’
While showing another person around a flat with current videocalling apps, for example, the viewer is restricted to seeing what the other user shows them.
But with Dr Young’s prototype device, the 360degree camera mounted on the back creates a model of the room the speaker is in.
And the viewer they are talking to can move their phone to control what they see.
Rather than engaging only in facetoface communication, or seeing what the other person points their camera at, the person on the other end of the call can see the person they are having a conversation with, or can choose to look around the 3D model of the room, or other rooms, the other user’s phone has made during the call.
In September Dr Young presented his work to about 1000 leading international researchers, designers, developers and practitioners at UbiComp.
The major conference, sponsored by Google, Microsoft, Intel and others, brings people together to discuss new ideas and results in the field of computer science.
This year’s conference was originally planned for Cancun, Mexico, but was instead held virtually.
Associate Prof Tobias Langlotz, of the University of Otago department of information science, said the university would continue to develop the project with a ‘‘slightly different spin’’.
There was much potential for the prototype to be used to create virtual tourism, he said.
The idea would be to take people with you virtually on a hike or travel in New Zealand to give them the feeling they were along for the trip, he said.
Work was also required to increase the fidelity of the components.
But ‘‘in the not too far future’’ video calls and video conferences would be conducted with panoramic cameras or 3D cameras in the same way as the university’s prototype, he said.