Light Detection and Ranging , also: LIDAR , also: LiDAR

They will work on some LIDAR jammers and not others.

An example of the imaging produced by the LIDAR can be seen in the picture.

Optical cross section is useful in fields such as LIDAR.

Some states also have laws about any police radar or LIDAR jamming.

Some use infrared radiation or laser light; these are usually called LIDAR.

New, airborne LIDAR equipment can measure surface features to within a few inches.

The device has a few other sensors to augment the LIDAR system, too.

Under that gold circle is the LIDAR system.

To measure dust and ice contribution to the atmosphere, a LIDAR was employed.

The new LIDAR system will be able to measure wind and temperature in the mesosphere.

Canada has developed some significant strengths in LIDAR.

Their on-board LIDAR facilities keep them from colliding with other objects.

Its LIDAR scanner tells it exactly how far it is from the sign.

Once this signal hits your vehicle the light bounces back to the LIDAR gun.

LIDAR has the best range.

Each fluorescence station is also accompanied by a LIDAR system for atmospheric monitoring.

Application of LIDAR to develop dense 3D terrain and building models.

Well, it seems that although LIDAR is good at measuring speed and distance, the guns are a bit of a pain to use.

"LIDAR could also be used for hazard avoidance during lunar or Mars missions."

TopoFlight is able to work with frame, line, and LIDAR sensors.

Vegetation remote sensing is a principal application of LIDAR.

Hyperion, LIDAR and application of high spatial resolution imagery to name a few.

With the LIDAR, the changes were detected prior or simultaneously to the inhibition of plant growth.

Due to the increasing interest in LIDAR technology for forest measurements, there was a special session on this topic.

This has resulted in some manufacturers producing LIDAR jammers.

LiDAR (Light Detection and Ranging) systems permit the acquisition of extremely accurate topographic surface data at a relatively low cost.

Earthworks can be detected and plotted using Light Detection and Ranging (LIDAR).

Light Detection and Ranging (LiDAR) is used to distinguish canopy gaps on spatial scales for separating the different types of gaps.

The remains of 5,000-year-old burial cairns and 3,000-year-old homes were identified using Light Detection and Ranging (LiDAR) laser scanning.

The 445th Airlift Wing was involved in testing the Light Detection and Ranging device or LIDAR.

LIDAR for example (Light Detection and Ranging System - a laser device) operating from a light aircraft is capable of delivering highly accurate terrain maps whatever the weather.

They did this using a Light Detection and Ranging (LiDAR) scanner mounted on the fixed-wing Carnegie Airborne Observatory (CAO) aircraft.

Light Detection and Ranging (LIDAR) is also used, a technology which measures the height of the ground surface and other features in large areas of landscape with resolution and accuracy that was not previously available.

Lidar (Light Detection and Ranging) A lidar uses a laser (light amplification by stimulated emission of radiation) to transmit a light pulse and a receiver with sensitive detectors to measure the backscattered or reflected light.

Using a new high-resolution imaging technology, known as bare-earth airborne LiDAR (Light Detection And Ranging), combined with field observations and an extensive review of archival photography, researchers reinterpreted previous documentation to locate the 1906 fault trace.

By 2005 the newly-evolving technique of Light Detection and Ranging, known as LiDAR, permitted highly detailed laser scanning of high mountain rock faces, measuring many thousands of separate points every second, and from a distance of up to 800 metres.

The job of mapping the UK's flood plains is currently carried out using Light Detection And Ranging (LiDAR), a 3D laser scanning technology deployed from a fixed-wing plane or helicopter.

This image was taken using LIDAR (Light Detection and Ranging) technology, by shooting a laser beam down to the ground from an aircraft.

But these LIDAR (Light Detection and Ranging) data are also publically available and have been used to help with everything from building virtual worlds to managing forests.

The LiDAR technology changes all that, speeding up the process.

LiDAR units do not yet include light amplification or "night vision."

LiDAR is less weather and sun light dependent than traditional data capture methods.

LiDAR fires thousands of laser pulses per second at the ground.

This is why LiDAR units often operate close to the edge of the road.

It uses LiDAR to detect the speed of a vehicle.

Just like this laser the LiDAR is also reflected very strongly as well.

The LiDAR gun can capture the speeds of many vehicles and save them.

LiDAR units are becoming more sophisticated, and some can detect jamming attempts.

More recently, the company has focused on LiDAR.

It is easier now to plan the flights with cameras, sensors and LiDAR systems.

This strategy helps them to overcome the use of consumer LiDAR detectors.

To operate the device, the police officer presses the LiDAR gun trigger.

Although the fault had been previously studied, researchers said, the LiDAR investigation revealed more data.

LiDAR is used because it has potential for producing accurate measures of forest structures, including:

The LiDAR coordinates will help them pinpoint exactly where to look in the thick jungle.

Some LiDAR units produce a tone to indicate they are receiving a good return signal.

LiDAR uses reflected laser light to image vegetation canopy structure in 3-D.

LiDAR speed measurement takes place in these steps:

Prior to the actual removal of the vessels, LiDAR work was done on the site, for the first time, in this area.

This report evaluates the LiDAR data based on the collected ground survey data.

Long-range measures using a tripod mounted LiDAR gun are useful in this case.

Veil(tm) is one product reported to absorb some of the LiDAR signal.

But LiDAR scanning means that even the most subtle effects of a natural disaster can no longer escape notice.

That's where the airborne LiDAR comes in.