| 0:00:14 | but you see wants to do right now try to make the best |
|---|
| 0:00:20 | us use very rich terms of different groups so that this was going to different |
|---|
| 0:00:25 | institutions with different models so we have one right so for instance what is that |
|---|
| 0:00:30 | you create it is very likely to be huge but where some projects that's all |
|---|
| 0:00:37 | everything would be somewhat research about |
|---|
| 0:00:40 | on the very low level |
|---|
| 0:00:42 | trying to reconstruct right |
|---|
| 0:00:47 | reality the groupings and you're trying to digitise everything |
|---|
| 0:00:50 | and |
|---|
| 0:00:51 | the digitization process to the one telling holes second thing having representation allows computer |
|---|
| 0:01:00 | why this thing is important right now is because it's getting like first |
|---|
| 0:01:06 | step two green those kind of have to modify |
|---|
| 0:01:11 | so this is the one to get from you hear what you need so he's |
|---|
| 0:01:16 | sort of voiced ones |
|---|
| 0:01:18 | so is the a weighted automatic so we have this |
|---|
| 0:01:22 | the oldest algorithm that allows you to this so you have like to arbitrary geometric |
|---|
| 0:01:27 | shapes so everything i do you do much problem |
|---|
| 0:01:31 | geometry formulae and energy minimization problem and that's all four tones |
|---|
| 0:01:38 | okay so i just automatically most important can capture pieces of the sort of like |
|---|
| 0:01:46 | the whole it's difficult to animate phase it is something of your paper so i'm |
|---|
| 0:01:54 | interested in human body |
|---|
| 0:01:55 | so in the body of water is |
|---|
| 0:01:58 | we want to capture |
|---|
| 0:02:00 | you wanna have complete representation of the question is can we do this |
|---|
| 0:02:07 | at home |
|---|
| 0:02:08 | so we take the |
|---|
| 0:02:10 | new approach of using the lowest cost well |
|---|
| 0:02:13 | sensing devices with that we pick a hundred dollars |
|---|
| 0:02:15 | but it somewhere in your living room and that you just go you their turn |
|---|
| 0:02:20 | around and just do this and the thing computes automatically without having anyone anything when |
|---|
| 0:02:27 | it is like high |
|---|
| 0:02:29 | according geometry and the type or texture we can get like three dimensional print |
|---|
| 0:02:35 | obviously since digitised to solve |
|---|
| 0:02:37 | the next thing is an automatic that you have this is one version with a |
|---|
| 0:02:42 | sugar from us and you think about outsmart this restaurant in terms of your i |
|---|
| 0:02:52 | got along with it there's no i have a lot of discussions anymore |
|---|
| 0:02:56 | obviously all distinct it will be applied for him but also in science using one |
|---|
| 0:03:04 | project trying to correlate |
|---|
| 0:03:08 | surface mechanics with |
|---|
| 0:03:11 | electro physiology so basically trying to |
|---|
| 0:03:14 | capture the meeting at high so the sting was we had like twenty thousand samples |
|---|
| 0:03:20 | were tracking |
|---|
| 0:03:22 | and at six hundred sixty six so that is |
|---|