How to pronounce“lidar”in English

LIDAR-based and vision-based systems that actually have been tried.

LIDAR laser ranging in order to actually image very high resolution portions of the seafloor.

lidar is this rich set of information has its strengths um has some weaknesses

lidar back then or whatever technology you would use modern day for civil engineering yeah and another fascinating thing is that like

So LiDAR is essentially when you create a 3D scan or a digital twin, if you will, of all of your surroundings.

But LiDAR is a tool that has been used most recently in archaeology.

So LiDAR is large-scale in and of itself.

Now LiDAR can tell us what the Rebel base really looked like.

the lidar is uh it's incredible and so waymo has um leaned into that as a strength and so a lot of the near-range perception system

no lidar now no radar it's computer vision alone from a large they're collecting huge

Before we had the LiDAR, all the navigation algorithms used sonar, and sonar has a wide cone of uncertainty.

So then the LiDAR project comes in and, within a month or two, gives us data for five times that in one year.

So while LiDAR gives us large things, it also gives us really small things.

using this aerial LiDAR platform for this, what are the main areas of technical overhead?

So that LiDAR survey that we did through Pacunam was actually using one of the most advanced sensors at the time.

These are the LiDAR captures.

like we did with LiDAR in other data.

Area where they have LIDAR set up in their office.

because the LIDAR, the laser beam, is actually reflected on the molecules and the particles in the atmosphere.

It has a lidar mounted on it as well.

We do lidar. So this is a lidar airborne laser scan of a piece of the where my wife works on the archeology, the very

And the lidar, we can take the trees away quite effectively.

has a lidar that could come in and find a landing zone, and land where you want your supplies.

It also had a LIDAR, a Velodyne system for pinging its terrain.

And it had a LIDAR on it, and it took data of the ice pack in the Arctic regions.

Now you would think lidar, why not use it?

We're discovering with lidar, and this is what Graham Hancock is talking about, that we're discovering constantly that there is more civilizations than we thought

um than lidar uh and it gives you speed information so it becomes very very useful for dynamic information of traffic flow uh vehicle motions animals

problem as a lidar problem or a camera problem or radar problem but it's a fusion problem where these are all like large scale ml

And you might have also noticed the Lidar box right above me on the top of this car here because the other button on the steering wheel

But before we talk about the LiDAR surveys, let's take a step back and focus on the bigger picture.

So leveraging both precision of LiDAR to find out little features, structures, buildings, and then using the topographic data

of a certain sample of LiDAR, and then combining that with other data from other sensors--

based upon what you learn from LiDAR.

A single autonomous car with a LIDAR generating 750 megabytes of data as it's going down the roads.

We have to be careful with the lidar.

It has a super duper amazing LIDAR on it that was built for us by Sanjiv Singh and his group at Carnegie Mellon.

And one thing of course is like lidar and stuff, but eventually, at the end of everything, it comes down to boots on the ground.

so let's start with lidar so lidar has been like waymo's um uh one of waymo's big strengths and advantages where uh we developed our own lidar uh in-house

does the hub have like lidars and like is is it is the truck doing most of the intelligence or is the hub also intelligent yeah so most of it will be

So it isn't just a bet on LiDAR, it's a bet on a multimodal, multi-sense sensor system.

And it has the exact same 12 cameras and sensors and LIDAR scanner all around the outside.

I don't know when I'll get LiDAR, but that's where-- we can't go on this way.

Now we've got 6,000 square kilometers of LiDAR.

those are the ones that were done by the Pacunam LiDAR initiative that I'm part of.

You are talking about radio relay or payloads that do lidar or electrical optical or infrared camera.

camera, LiDAR, around the car—and then the A.I.

- acredito que a maneira como as emoções evoluiu foi para lidar com coisas como dentes de sabre tigres.

Indeed we found some of them ourselves with LiDAR while we were there.