Sentence examples for optical radar from inspiring English sources

Oryx Vision has created a "coherent optical radar system," according to CEO Rani Wellingstein, that improves the depth perception of autonomous vehicles.

However, all sources of information (i.e. optical, radar and topography) featured prominently in contributing to the classification tree procedure, reinforcing the idea that multi-source data are useful in the characterization of wetland land cover.

The line of research on optical noise rejection is specifically targeted at the realization of a new underwater 3D imager, the AM Underwater Laser Optical Radar (AMULOR), which is at the moment of writing in course of advanced development.

Signal detection in an AM laser optical radar is typically provided by a phase-sensitive device, such as a lock-in amplifier, which is also used to set the working modulation frequency of the laser source.

The past studies utilising optical, radar, and satellite observations have helped to establish the typical electrodynamic structure of medium-scale (width of some tens of kilometres) auroral arcs (e.g. Marklund 1984; Aikio et al. 1993, 2004).

According to a profile of Oryx Vision's technology in IEEE Spectrum, its "coherent optical radar" system is kind of like a hybrid of radar and LiDAR technology in that "it uses a laser to illuminate the road ahead [with infrared light], but like a radar it treats the reflected signal as a wave rather than a particle".

R. Ricci et al. apply techniques for effective optical noise rejection in amplitude-modulated laser optical radars for underwater three-dimensional imaging.

While AM rangefinding in air is nowadays a mature technology, the development of underwater AM optical radars is still an important scientific and technological challenge, which poses several problems in terms of reliability and attainable accuracy.

A promising category of underwater 3D imagers is represented by continuous-wave amplitude-modulated laser optical radars [2, 3], whose overland counterparts can achieve in air a line-of-sight accuracy of hundreds of micrometers at tens of meters of distance.

These features make AM laser optical radars particularly well suited for applications in the field of cultural heritage cataloguing and conservation, where they are widely used for the 3D digitization of both single artworks (paintings, sculptures, pottery) and entire sceneries (façades and interiors of historical buildings, archaeological sites).

His country's intelligence on North Korea's launching pads and procedures is excellent, he says, thanks largely to a 1998 decision to splurge on optical and radar satellites.